Reddit Account: u/Chicken_Supreme01
Discord Tag: justchackensauce
Name and House: Aerys Belaerys
Age: 20
Cultural Group: Valyrian
Appearance: The blondish-white that marks him as Valyrian, Aerys is a youth in his early 20's and the bright eyes of a man with his whole life ahead of him.
Trait: Just
Skill(s): Vanguard (e), Cunning (e), Tactician
Talent(s): Board Games
Negative Trait(s): N/A
Starting Title(s): Knight of Aegon's Rest
Starting Location: With his family
Alternate Characters: N/A
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Bio

Aerys Belaerys was born on Dragonstone to Aemon and Alyssa Belaerys. His father was occupied trying to scrape together any amount of money for their family while his cousins marched to war with the Targaryens. He would be the eldest of their two children with his sister Maegelle being born a few years after and from a young age, Aerys had very little expectations placed upon him unlike others that bore the name Belaerys.
In the beginning he was set to follow one of two paths, that of a warrior or that of a copper counter akin to his father, either way he would be a man sworn to serve the Targaryens and the main branch of Belaerys on their family farm. His mother wished more for him to be told, but being the side branch to an already lowly Valyrian family did not open up many opportunities.
Much would change quickly however, Aerys would only live on Dragonstone for a short period of two years before his families luck would take a surprising turn. A short stint inside Aegonsfort before tragedy befell House Targaryen as the King was slain by a Tully assassin. Aerys was far too young to even remember these times however, with his first memories only ever being of the family's new home in what was once called the castle of Riverrun.
Life would be easy going for Aerys, all eyes were on his elder cousins and the main branch of House Belaerys. Such relaxed expectations would lead Aerys to try and find his own niche in the family, a position no other would be able to match him in. He dreamed ambitiously and so threw himself at everything he could hoping something would stick, and stick something did.
While his cousin Aelor grew to love the fine arts, Aerys would find himself enthralled with matters altogether more martial. Learning the history of the Westerosi was made ever more interesting thanks to the countless spats and wars that occurred throughout the continent. From the Andal invasions all the way back to the mystical wars between the First Men and Children of the Forest, Aerys soaked in knowledge of battles and strategies and begin dreaming of the day he would ride out at the head of his own army.
As the years passed and the boy grew into his teenage years, he had moved on from daydreaming his battles to creating mock scenarios out of game pieces, challenging all who he deemed might pose a worthy challenge. This would start out with a soldier here, or one of the maesters there, but soon enough none in the castle wished to play such a game, and so once more his thirst for advancement in his craft would evolve.
Aerys would begin setting up mock battles using Belaerys men-at-arms as the new pieces. This form of the game would give him further visual queues to look for during the battles, and would lead him to further honing his abilities on the field. The mixture of reading every piece of work and actively leading troops in the mock battles around Aegon's Rest, Aerys' abilities would eventually begin to plateau, there was only so much practice could do in place of actual real world experience.
Such experience was likely enough to come his way however, as before long an old and bitter rivalry that Aerys had only read about finally flared back up. Blackwoods and Brackens once more raised their banners and pointed their weapons at one another.
While much of the surrounding Houses began to fear that the spat would spill out into something all the more devastating, Aerys was overjoyed at the potential for real warfare experience. No other voice was louder then little Aerys Belaerys during the council meeting that Lord Baelor Belaerys called over the matter. While some voiced caution, and others voiced leaving the House out of it entirely, Aerys Belaerys urged his uncle to support a side and earn prestige and renown for their House.
Baelor would be swayed by his nephews pleas, and a raven would be sent to House Blackwood declaring that House Belaerys stood with them. The banners would be called, and while Aerys would not be given any sort of command due to his youth, it would not stop the excitement from rising in his chest. The only thing that did kill the excitement was the dragon that appeared on the horizon the day Belaerys was set to march to join the conflict. At first believing it to be one of the Queens, Aerys was beyond surprised to see none other then his cousin Aelor.
His cousin and the dragon would fly off almost as soon as they had landed. Aerys was not privy to the discussion that took place between father and son, but he knew deep down that if a dragon had joined the mix, it was highly unlikely that he would see any form of real battle this day.
This feeling would turn true as reports came back the very same day that both Blackwoods and Brackens agreed to return to their own lands instead of face a dragon, his heart sank at this news and his feelings became conflicted for but a moment. It was great for his House and cousin that Belaerys now wielded a monstrous beast like Veraxes, but it was that fact that also stole Aerys' first chance at live combat.
He wouldn't remain in a sour mood for long however, because once Aelor returned he would give Aerys the chance of a lifetime, and the pair of cousins would fly atop the back of Veraxes together. Aerys could remember tying the chain, his heart beating hard as the great dragons wings stretched out and prepared for flight. It would be a memory he would hold dear, as though in their childhoods they had never been able to forge a close bond, this one act would be the start of a strong fellowship between the two.
Life would once more fall into a simple cycle of monotony, Aelor flew off to explore what Westeros had to offer, and Aerys would continue his learning efforts. Eventually the entirety of Aegon's Rest library was exhausted. His father Aemon would urge him to see knowledge and experience outside the family's lands, more specifically to the Citadel like he had. Although he was wary of leaving at first, he would concede that in order to grow and gain more knowledge it would be needed.
In 20 AC, Aerys would leave Aegon's Rest for the first time in 18 years. He would travel through the West and Reach, meeting new people and experiencing new things along the way. Finally he would reach Oldtown, the high spire reaching far into the sky above him. He would spend the next five years working his way through several links of a chain, emerging in 25 AC with a more complete education and solid foundation in regards to warfare.
He would make his return journey to Aegon's Rest, only to learn of his family's impending journey to the festivities being held near King's Landing.
---

Timeline

5 AC - Born to Aemon and Alyssa Belaerys.
7 AC - Moved to Aegon's Rest after King Aegon's death.
14 AC - Begins his journey to find his own niche inside his family.
18 AC - Pushes his uncle to join the fight between Blackwood and Bracken, conflict is averted by his cousin Aelor arriving atop Veraxes.
20 AC - Exhausts most avenues of furthering his abilities within Aegon's Rest, journeys to the Citadel in Oldtown to further education.
25 AC - Returns to his family.
25 AC - Present.
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Family Tree
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Name and House: Aemon Belaerys
Age: 42
Cultural Group: Valyrian
Appearance: An older man, he has seen his fair share of life, Aemon is usually disheveled looking
Trait: Steward
Skill(s): Architect, Avaricious, Scrutinous
Talent(s): Coin Stacking
Negative Trait(s): N/A
Starting Title(s): Steward of Aegon's Rest
Starting Location: With his family
Alternate Characters: N/A
---

Bio

Born ten and seven years prior to the Conquest to Maekar Belaerys and Aerea Scales, Aemon had one sibling, a younger sister named Alyssa. He would spend his entire youth on Dragonstone until he'd grown to become a man-at-arms under House Targaryen.
During the Conquest, he'd land with his cousin Baelor and Aegon Targaryen at what is now known as King's Landing. Despite his best attempts, Aemon was never exceptionally skilled with a sword, he would quickly find ways to not be sent to the frontlines, managing to fake an injury to his ribs on the eve of the Field of Fire.
This fake injury would cause him to miss the battle, and thus miss the death of his cousin Monterys as he fell to the enemies arrows. He would miss the field turning red as the Targaryens dragons turned everything to fire and ash.
The loss of his cousin, a man he might have been able to protect had he been more brave, shook the last reserves of strength from Aemon. He would hang up his sword for the last time, vowing to never pretend to do something again, and only do that which he knew would actually be able to help his family.
While his cousin and their offspring proved valorous warriors, Aemon had always been drawn to that which truly made the world function, gold. From a young age his ability to keep track of funds and find the best deals had kept his burgeoning family fed as they tried to subsist on a meager farm on Dragonstone. Although he had a knack for this line of work, his education had been truly lackluster given his background, a few years after the war he would seek his Baelors permission to learn from the group of Maesters down at the Citadel.
After arriving at Oldtown he would immediately become consumed by the sheer amount of potential knowledge the Citadel had to offer, and the nightlife that Oldtown had to offer wasn't too bad in its own right. Despite his marriage to his sister-wife, Alyssa, Aemon had never felt a true closeness to her as a husband should, and so truly he dove into all the city had to offer.
Several years pass, several chain links forged, several seeds planted. Aemon would journey home with so many new experiences gained and knowledge secured under his belt, it was time to return to his family and do everything he could to make up for lost time.
In the time spent in the South, House Belaerys under Baelor had not been idle. Now the Lords of their own fief, it seemed like their House was on the rise. Although the first meeting between the two was awkward at first given the amount of time spent away from each other, Aemon would find his place in the family soon enough.
Raised to the position of Steward, he would quickly show that his time in Oldtown was not wasted. Repairs on the castle would be completed faster than originally anticipated, prices for equipment and resources were negotiated for better prices, and the flow of taxes from the surrounding lands was tweaked to allow for more gains per moon.
Life would pass by, and soon enough Aemon would witness his son growing into a young man of his own. Unlike him though, Aerys would be captivated by war and the commanding of soldiers. Sometimes it led Aemon to wonder how such a boy came from him, but still it made him smile to see his own excel at something they held dear.
One day the peaceful life that Aemon had grown accustomed to appeared to be slipping, as word rose from the east that the ancient rivalry between Blackwoods and Brackens was on the cusp of once again reigniting. Despite his pleas for Baelor to remain neutral from the conflict, it was his own sons words that resonated best with the Lord of Aegon's Rest.
To Aemons own horror, Aerys was pushing for their house to join the fray on the side of the Blackwoods and march to war. Once more the sinking feeling of fear and cowardice crept up on him, and he felt like this time, instead of his cousin dying, it would be his own son.
His fears would begin to reach the surface as the day to march off to battle arrived, no amount of arguing or fighting had dissuaded either Baelor or Aerys from the current course of action, and it seemed anything short of draconic intervention wouldn't be able to stop Belaerys from joining the fight.
Such thoughts would prove true however, as in the sky appeared the mighty form of that which could be mistaken for nothing else. A dragon flew above Aegon's Rest for the first time in a decade, except this time it brought a rider that did not bear the name Targaryen.
Aemon was just as shocked as everyone else as none other then Aelor Belaerys dropped off the back of the dragon. His fears washed away as he witnessed Aelor return to his dragon after speaking with Lord Baelor, surely the son had returned to save his House from sacrificing any lives.
After the conflict was averted by the actions of Aelor, life at Aegon's Rest would return to a sense of normality. Such life was perfect for him, but alas he soon saw the effects it had on his son. The boy seemed to grow restless and irate at the peace that reigned over their region of Westeros. Aemon knew the boy needed new experiences, and thanks to his time there, he knew exactly where such knowledge and experience could be gained.
He would direct his son to travel to the Citadel, engulf himself in the studies and histories the Maesters had collected there, and absorb all he could. Such things would surely teach the boy a thing or two, and also allow him to travel across Westeros and see some of the world outside the castles walls.
All was once more calm, Aemon would begin spending the time he wasn't dedicating to being Steward to fishing, reading, and even teaching his daughter the finer points on being a steward, so that one day she might be able to help out with his duties.
Time would fly by until, in 25 AC, Aerys would return home a moon before House Belaerys was set to travel to the festivities being held near King's Landing. House Belaerys flourished now, a thriving castle and an heir that wielded a deadly dragon.
What could possibly go wrong?
---

Timeline

17 BC - Born to Maekar Belaerys and Aerea Scales.
1 AC - Lands with Aegon and his family, fakes multiple injuries to dodge being sent to the front lines of major battles.
5 AC - Aerys Belaerys is born.
6 AC - Travels to the Citadel to learn economy and stewardship
12 AC - Returns home, Maegelle Belaerys is born on the last day of the last moon.
13 AC - Is named Steward of Aegon's Rest.
20 AC - Sends his son to study at the Citadel, like he once did.
25 AC - Present.
---
Quentyn Strong - Castellan
Weese - Bandit
​

What you experienced is real.
They're rewriting history, just like they always do.
The majority don't notice.
But you do.
That's the answer for the majority of these. It's primary reason is to make people feel like they've gone insane. It's part of a, cough, psychological warfare. And it's also part of the communist agenda.

Chapter Two - Part One
First Half
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Outposts sprang up on Mercury and the moons of the Kuiper Belt, each a testament to human ingenuity and perseverance. The harsh landscapes of these worlds posed new challenges, but they also offered new resources and opportunities. The ability to leap across the galaxy using faster-than-light travel encapsulated the dark, relentless drive of the human spirit to explore, expand, and survive.
The network of colonies became interconnected, serving as launch pads for further exploration. The new FTL technologies transformed the galaxy into a neighborhood rather than an infinite wilderness. Each jump through space brought humanity closer to its neighbors in the cosmos, for better or worse.
The universe, once a vast, lonely place, was now a landscape of potential new homes and new challenges. As humanity spread out from the Solar System to the stars, the stage was set for new conflicts and new stories, written not in the light of the Sun but in the starlight of distant worlds.
__________________
Humanity's march to the stars was driven by necessity and survival, stark against the backdrop of Earth's dwindling resources and rising conflicts. After World War I, the foundational theories of rocketry emerged, setting the stage for the later technological leaps that would propel humans into space. The brutal rivalry of the Cold War accelerated these advancements, pushing the Soviet Union and the United States to compete in the space race, a silent war fought with satellites and lunar landings.
The practical applications of these early missions were not just about planting flags but also about testing human limits and technologies in the harsh environment of space. The moon landings of 1969 were a global spectacle. Yet, they also underscored the sheer isolation and vulnerability of human life suspended in the cosmic void.
As the decades rolled on, the international focus shifted from competition to cooperation. The space shuttle program symbolized this new era, with nations coming together to build the International Space Station and to send joint missions to Mars. These efforts turned sci-fi dreams into reality—establishing bases on the moon and sending manned missions to Mars laid the groundwork for future colonization.
The drive to inhabit Mars and the moon grew out of a blend of fear and fascination. Habitats expanded into fully functioning colonies, tapping into local resources to create self-sustaining environments. Technologies developed for extracting water and producing air on these barren worlds were critical for long-term survival.
In the shadows of these achievements, the Alcubierre Warp drive emerged as a revolutionary breakthrough, allowing humanity to leapfrog across vast stellar distances in a blink. The UNV Pathfinder and its sister ship, the UNV Exploration, were equipped with this technology to reconnect with colony ships sent out decades earlier in the Great Exodus. These vessels carried not just new drives but also vital updates in agriculture, medicine, and communications to ensure the colonies could thrive.
Each successful mission with the warp drives was a lifeline, not only physically connecting distant colonies to Earth but also weaving a web of interstellar human culture. Resources and knowledge flowed freely, bolstering each colony's chance of success. These ships were built to endure the extremes of space. They were equipped with advanced life-support systems and autonomous navigation, and they were fortresses navigating the unknown.
Meanwhile, Earth and its solar system colonies were pushed further into space. Massive construction projects like O'Neal Cylinders and space elevators dotted the celestial landscape, marking human progress in the cosmos. Each colony, from Mars's rugged plains to the cloud tops of Venus, developed its distinct culture and identity, united by their shared heritage and mutual challenges.
Space travel was fraught with hazards. Asteroids and solar flares were just the beginning; the cosmos was a place of deep unpredictability and danger. Despite these risks, during this era, not just hundreds of thousands but hundreds of millions of people chose to leave Earth. They embarked on journeys aboard new colony ships. These immense vessels were comparable in size to or even surpassed the O'Neal Cylinder habitats in scale. These ships were behemoths, carrying the very essence of Earth and the seeds of future colonies.
The exodus reached systems like Alpha Centauri A and B, Proxima Centauri, Sirius A and B, Barnard's Star, Luyten 726-8 (BL Ceti and UV Ceti), Ross 154 (V1216 Sagittarii), and Wolf 359. These stars became the bedrock of the United Nations of Sol, the precursor to what would be known as the "Human Sphere." It was a time of unprecedented growth and prosperity for humanity, expanding further than ever before in its history.
As humans settled in these new worlds, they faced not only the physical challenges of new environments but also profound isolation and the psychological burden of being light-years away from Earth. Each colony developed its own way of life, adapting to the unique conditions of their new worlds. The challenges of establishing a foothold in these alien places were immense. Local resources were harvested, and technologies were adapted to create habitable atmospheres and viable ecosystems.
Communication between the colonies and Earth was sparse, limited by the vast distances. Each message took years to travel, even at the speed of light, making each colony effectively isolated in its own right. This isolation led to a variety of cultural evolutions and deviations from Earth's norms, which in turn led to a tapestry of diverse human experiences spread across the stars.
The technologies that allowed these pioneers to travel to and settle new worlds were monumental. Fusion drives, quantum computers, and terraforming equipment were standard on these ships. Life aboard the colony ships was a mix of awe at the cosmic vistas and the mundanity of daily life in confined spaces. Generations were born and died in transit, with only stories of Earth as their legacy.
Each new home was a gamble against the cosmos, and not all were successful. Some colonies failed tragically, and their populations were lost to space or were unable to survive in harsh new environments. But for every failure, there was a story of remarkable success and resilience. The human spirit, driven by a need to explore and expand, thrived in adversity. Humanity never gave up and, over the next century, continued to send colonists to each of these star systems and began the process of colonizing each system.
In the stark expanses of space, every new settlement humanity attempted was a stark challenge against the cosmos, and the failures were as common as the successes. Many colonies were lost—whole populations vanished into the void or succumbed to the inhospitable climes of unfamiliar planets. Despite these setbacks, for every outpost that fell, others sprang up in defiance of the odds, showcases of human resilience and determination.
This relentless push into the unknown was not powered by naïve optimism but rather a hardened will to forge a path, wherever possible, to lay claim to the stars themselves. Humanity's spirit, unbroken by repeated failures, continued to drive its expansion across galaxies. Over the decades, this resolve only hardened as each failed colony became a lesson in survival, a step towards mastering life in the cosmos.
The stark realities of space tested human resolve to its limits. Beyond the safety of the Solar System, the universe emerged not just as a vast place of exploration but as a harsh environment of extreme conditions and existential threats. The initial failures taught valuable lessons in logistics, life support, and sustainable living on alien soil, which were crucial for future endeavors.
Colonization efforts became more sophisticated over time. Humans developed technologies that could convert inhospitable terrains into somewhat livable habitats. Advanced terraforming equipment and life-support systems became standard in new colonies. These tools represented more than mere survival mechanisms; they were symbols of humanity's unyielding quest to inhabit the stars.
As colonies spread further into the galaxy, each new venture was underpinned by an increasingly detailed understanding of interstellar travel and survival. The experiences gathered from every failed settlement informed the next, creating a cumulative body of knowledge that bolstered human persistence. The drive to expand took on a rhythm of its own, a cycle of trial, error, and success that slowly but surely extended the reach of human civilization.
This cycle was reflected in the evolution of colonial policies and technologies. From the early days of rudimentary habitats to the development of massive, self-sustaining complexes that could house thousands, the growth was palpable. Each successful colony served as a proof of concept for the next. With each launch, humanity's footprint in the galaxy grew larger.
The colonies themselves varied wildly—a testament to human ingenuity and the diverse environments encountered. Some were burrowed into asteroids, others sprawled across red Martian sands or nestled in the volatile cloud tops of Venus. Each presented unique challenges and required bespoke solutions to make them habitable.
Interstellar ships, equipped with the latest in warp drive technology, ferried resources between these colonies. They were lifelines essential for maintaining the flow of essential supplies and personnel. These vessels were also carriers of culture and connection, linking distant humans across the void of space.
Despite the vast distances and slow communications, a network of human presence began to stitch together disparate points of light into a coherent tapestry of colonies. This network was more than a mere chain of outposts; it was the backbone of a burgeoning interstellar society—a network that held potential not only for survival but for a new era of human prosperity.
However, this expansion was not without its darker aspects. The harsh conditions of space required strict governance and often harsh penalties for breaches of colony protocol. Life in these new worlds was rigidly structured, a necessity to maintain order in environments where even a small mistake could be fatal.
Each new settlement was a dice roll against the vast uncertainties of space, and many did not survive. Failures were frequent; entire colonies vanished into the void or succumbed to the inhospitable conditions of their newfound planets. The loss of life was substantial, casting a shadow over the ambitious interstellar expansion efforts. However, each disaster also hardened the resolve of those who remained. The cumulative knowledge gained from these failures informed future endeavors, refining the protocols and technologies needed to endure and thrive in alien environments.
Despite the high stakes and frequent setbacks, human resolve remained unshaken. The determination to push forward, to establish a foothold in the cosmos, was fueled by necessity and the innate human drive to explore. As each failed colony became a lesson learned, the strategies for survival evolved. More robust life support systems were developed, and habitats were designed to be more adaptable to the unpredictable conditions of new worlds.
The stark reality of these endeavors was that many who left Earth would never return. They journeyed knowing the risks—trading the safety of their home planet for the promise of a new start on distant, uncharted worlds. This was the cost of progress, paid willingly by those driven by a vision of humanity's future among the stars.
With each new wave of colonists, technology and experience accumulated, reducing the risks and increasing the chances of success. Ships became more advanced, equipped with better navigation systems and life-support capabilities. Colonization techniques also improved, with genetic engineering playing a crucial role in adapting human physiology to extraterrestrial environments.
The harshness of space demanded a relentless pursuit of efficiency and sustainability. Resources were scarce, and logistical challenges were immense. The vast distances between colonies meant that each had to be largely self-sufficient. Communication lags, sometimes spanning years, forced these communities to develop a high degree of autonomy.
Over the centuries, this relentless expansion forged a new breed of human. These spacefarers were tough, adaptable, and fiercely independent. Their lives, spent on the frontier of human existence, were a testament to the species' tenacity. They cultivated their new worlds, turning barren landscapes into bustling colonies. These settlements eventually grew into hubs of culture and technology, distinct yet still connected to their ancestral home by shared history and common humanity.
Yet, the expansion was not without its darker aspects. The isolation of distant colonies often led to psychological strain and societal breakdown. In some cases, governance structures collapsed under the weight of external pressures and internal conflicts. Pirates and marauders, drawn by the wealth of fledgling colonies, became a significant threat, leading to the establishment of militarized zones and the deployment of defense forces.
As humans adapted to life in space, they also had to contend with the presence of other sentient species. Initial interactions were cautious and fraught with tension and misunderstandings. Some encounters led to conflict, others to alliances. These relationships were complex, shaped by a mix of diplomacy, trade, and, occasionally, warfare.
Humanity's venture into interstellar space fundamentally transformed its cultural and identity landscapes. As humans spread across the stars, encountering diverse environments and nurturing colonies on planets ranging from Mars to far-flung systems, the challenges of survival and the ethical dimensions of expansion pressed hard on their collective psyche.
Values long held sacred on Earth were reevaluated in the face of new realities. The discovery of life—fauna and flora—on other planets during these colonization efforts marked a pivotal shift. While no sentient alien species were encountered, the existence of alien ecosystems was profound. It highlighted not only humanity's isolation in the cosmos but also its responsibilities.
On Alpha Centauri, the first successful integration of Earth's lifeforms with alien biomes set a precedent. Genetic manipulation technologies were refined, allowing Earth's organisms to coexist with and enhance these extraterrestrial habitats. Conservation efforts were paramount; preserving the integrity and diversity of alien ecosystems became a moral imperative as much as a scientific endeavor.
Each colony, from the red dust of Mars to the lush jungles of distant exoplanets, became a testbed for these principles. They were microcosms where human ingenuity, ethical considerations, and ecological stewardship intersected. Through these experiences, humanity did not just spread through space; it grew, evolved, and redefined what it meant to be human in the vast expanse of the universe.
Through all these trials, the human spirit's resilience shone brightly. Never deterred by the enormity of their challenges, humans continued to push the boundaries of their known universe. Each colony, each ship, and each life represented a thread in the vast tapestry of human endeavor in space—a relentless march toward an uncertain but ceaselessly pursued future.
Chapter Two
Beginning of Entry…
StarDate: Redacted
Perspective: Noah Stark
Species: Human, Humanoid Mammalian Species, no tail.
Description: 5 feet 2 inches [1.6 meters] to 6 feet 9 inches [2.1 meters] average height. 185 lbs [84 kilograms] average weight.
Longevity: 70 to 500-year life expectancy with life extension medical tech.
Unique Trait: Resilience and Indomitable Will.
Vessel: ICV The Argonaut
Location: New Eden Star Cluster
Noah, his gaze locked on the viewport, watched the ancient ship float aimlessly among the asteroids. The ICV The Argonaut, under his skilled control, edged closer, enabling the deployment of EVA suits for inspection. Behind him, his mother, Gwendolyn Stark, and his sisters, Jane and Joan, prepared for the walk, their movements a blend of anticipation and professionalism. The ship, a silent relic of a bygone era, revealed no signs of life, a fact confirmed by both Shinra Hinaba and Serenity, the Argonaut's AI.
This discovery, hidden among the celestial debris, was a treasure. It wasn't just a ship; it was a gateway to unparalleled recognition for the Shinra-Stark-Daiwa Mining Group. While the Argonaut and its crew focused on this historical artifact, the rest of the fleet mined the surrounding asteroids, harvesting resources critical for the survival of distant colonies.
Hinaba's voice, laced with a mix of excitement and concern, snapped Noah back to the present. "Focus, Noah!" she said, her fist-bumping Noah's shoulder in a friendly gesture. "We've got a lot riding on bringing this ship in intact."
"I know, I know! Just relax, Hinaba! I've got this," Noah assured her, his attention riveted to the controls. His reputation as the fleet's top pilot wasn't unfounded, a fact even the skeptical private military contractors had come to acknowledge. Almost as if summoned by their conversation, the Director's face appeared on the communications screen next to Hinaba, an uncanny timing that suggested he was closely monitoring their progress.
It was then that Director Shinra Senzo's image flickered onto the communications screen, his timing almost too perfect. "What's your status, Noah?" he asked, a brief glance toward his daughter betraying his deeper concerns. Despite his reservations about Noah's closeness with Hinaba, he was willing to see where their partnership might lead, a stance influenced by discussions with Noah's father.
"We're in!" Gwendolyn's voice crackled through the comms, marking their successful approach. But their moment of triumph was shattered by a distress signal, a desperate call cutting through the static. Elaine and Beth Frost, Noah's cousins, scrambled to decipher it, their faces etched with growing alarm.
After a tense moment, Beth's face drained of color, but it was Eliane who eventually shared the grim news, which was dire: "An unknown force has attacked New Eden. Their defenses are falling…" The weight of their words hung heavy in the bridge. An unseen adversary had breached the colony's defenses, leaving them vulnerable. The realization that any hope of immediate assistance from the USSA or SFR was weeks or even a full stellar month away if at all, underscored the gravity of their situation. With the defense fleet in ruins, their only hope lay with the ICV Ishimura, and the hired PMC mercenary group onboard, initially engaged to fend off pirates, might now be their only hope against this new and formidable threat.
Silence enveloped the bridge as the magnitude of the crisis dawned on them. They were alone, far from help, facing a threat of unknown proportions. Noah felt a tightness in his jaw, anger and resolve mixing in equal measure. The prospect of what lay ahead was daunting, yet there was no room for doubt. They had to act swiftly.
Gwendolyn's voice broke the silence, her command clear. "We need to act, and quickly. Our priority is the safety of this crew and ensuring we can lend aid to New Eden. Noah, plot a course back. We have to prepare for what's to come."
Hinaba, her usual levity gone, nodded. "We have the Ishimura, and we're not defenseless. Let's make sure we're ready for whatever's out there."
As Noah adjusted the ship's course, a sense of determined urgency took hold. They were heading back, not just to confront a threat, but to defend their home, their people.
Director Senzo's voice crackled through the communication channel, his tone tinged with impatience yet seeking reassurance. "It would be great to know what the status of your progress is, Noah," he pressed, his words carrying a sense of urgency.
Noah could sense the weight of expectation in Director Senzo's inquiry. Despite the pressure, Noah remained composed, and his years of experience in the field allowed him to maintain a calm demeanor even in the face of such scrutiny. With a steady voice, he replied, "We're making steady progress, Director. I'll provide you with a detailed update shortly."

He paused as he focused on the holo-Feed in front of him and analyzed the available data in real-time thanks to his military-grade holo-NeuralSyne Implant. "We're adjusting course," Noah replied, his tone firm yet marked by an undercurrent of urgency. "Heading back to New Eden. We'll be ready." 

In the silence that followed, a collective resolve fortified them. They were facing the unknown, as the derelict ship could bring untold bounty from within its hull.
Director Senzo's command carved through the static a clear mandate that reset their priorities. "Noah, before you depart the asteroid belt, I am dispatching a Porter Tug to commandeer the derelict ship. It's our top priority... Get that ship secure before you Skip Jump back to the ICV Argos-1. That is a Prime Directive!" His voice, a blend of authority and urgency, left no room for debate.
Noah, hands steady on the controls, glanced briefly at the communications panel. The weight of the directive pressed into him, a stark reminder of the stakes involved. He turned, catching the gaze of his crew, a silent signal that it was time to adapt their plan. The crew exchanged quick, significant glances, each understanding the gravity of the order. The derelict ship, an ancient relic floating among the asteroids, was not just another find—it was a piece of history, potentially holding untold knowledge and value. The directive from Director Shinra Senzo underscored its importance, not just to their mission but to the broader ambitions of the Shinra-Stark-Daiwa Mining Group.
Noah's mind went back over the meaning of what such an order entailed. Refusing to follow the directive would most certainly spell the end of his career. On one hand, he wanted to help those in need and who were under siege by an unknown force. The New Eden Star Cluster was not just a single system but a series of star systems in close proximity to one another. Noah and the rest of the ICV Argos-1 collective fleet were mining ore around Eden-159; currently, the planets were still being colonized, but in ten years, that would change. Our job was to mine ore to return to Eden-109, one of the 1,119 star systems in the New Eden Cluster.
The directive was clear: any new discovery in the outer rims of human space takes top priority above all other mandates, and the crew of The Argonaut was ready. Despite the risks, the potential rewards were too significant to ignore. As preparations for the operation began in earnest, the sense of unity and purpose among the crew was palpable. Each member knew their role and was prepared to execute it with precision. Noah Stark, standing firm at the helm, nodded sharply. "Understood, Director. We'll secure the derelict and rendezvous with the Argos-1 as planned." His voice was calm, a stark contrast to the racing thoughts behind his composed exterior. The task was daunting, yet his confidence in his crew's abilities was unshakeable.
Shinra Hinaba, her eyes reflecting a mix of determination and concern, shifted in her search. Her fingers were already dancing across the console, setting up communication channels. Her role as the ship's specialist meant she was well-versed in the technicalities of such operations, and her confidence was discernible. "We'll need to coordinate with the tug. I can set up a direct comms link and guide their approach." Her voice, usually light and teasing in their private moments, now carried the professional edge of her role.
Gwendolyn Stark, the matriarch and seasoned explorer, nodded in agreement. "Time is of the essence. Let's secure that ship and make sure it's safe for the tug. We can't afford any delays." Her experience shone through, her demeanor calm yet commanding, rallying her children and the crew with a few choice words. "Everything is by the book. This ship could be a significant find for us," she stated, her voice firm.
Elaine, renowned for her cool demeanor under pressure, exchanged a glance of shared determination with Beth. With a nod, they moved to their stations, their movements precise and efficient, a testament to years of seamless coordination in the face of adversity.
Beth, known for her unwavering focus and quick thinking, shared a silent understanding with Elaine. Together, they pivoted to their respective stations, their synchronization seamless and instinctual. In the heart of chaos, their unity forged a stronghold of resolve, a beacon of stability amid the storm.
"We're on it, Mom," Elaine stated, her hands flying over her console, prepping the EVA suits for another walk.
Beth said decisively, "We'll be ready to assist the Tug team with anything they need." Beth nodded in agreement, both sisters moving to gather the necessary gear. Their well-honed skills in extravehicular activities made them indispensable for the task at hand.
Elaine intonated as she focused on the external sensors: "I'll keep an eye out for any debris or potential hazards for the tug. We don't want any surprises."
Grace Frost, the voice of strategy and foresight, considered the logistics. "Once the ship is secure, we'll need to plot a careful course back. The extra mass will affect our jump calculations."
Jennifer Stark, my youngest sister, a blend of youth and sharp intellect, nodded. Jennifer's hands moved to assist Shinra with the communications setup. Meanwhile, Jamie reviewed the ship's specs, ensuring they had all the data needed for a smooth operation. "Let's ensure we have all the data we need for a smooth operation," she said, her tone serious, betraying the gravity of their task.
Jamie Stark, also my youngest sister, focused on the ship's specs. Her hands moved deftly over the controls as she reviewed the data. "Absolutely," she chimed in, her voice steady as she continued her meticulous review. "We can't afford any oversights if we want this mission to succeed." Her words echoed Jennifer's sentiment, highlighting the importance of thorough preparation.
Jamie added, "I'll run a diagnostic on the derelict's structural integrity. We need to know it can withstand the jump."
Director Senzo's image flickered on the screen once more, a stern reminder of the urgency. "Even if you return now, the fleet can't make the FTL jump until all ships have returned to their hangars and docking bays. You have time to tug the derelict ship back to the ICV Argos-1."
Noah, absorbing every detail, finally responded. "Understood, Director. We'll secure the ship and ensure it's ready for the tug. Argonaut out." His voice, firm and confident, belied the racing thoughts of potential complications and the precision required for their new task.
The directive was clear, and the crew of the Argonaut was ready. Despite the risks, the potential rewards were too significant to ignore. As preparations for the operation began in earnest, the sense of unity and purpose among the crew was palpable. The bridge buzzed with activity, each member of the crew moving with purposeful speed. The Argonaut, once a silent observer among the stars, was now a hive of focused energy, ready to execute a directive that could very well shift the balance of their task. Each member knew their role and was prepared to execute it with precision. The arduous task of securing the derelict ship was directive from above; it was a challenge they were all eager to meet head-on.
"Let's get to work," Noah said, his gaze sweeping over his crew and his family. "We have a ship to secure." His statement, simple yet laden with unspoken responsibility, set them into motion, each person aware of the part they played in the intricate dance of space exploration and survival. Aboard the Argonaut, there was no room for doubt. Only action, determination, and the collective will to succeed in the face of the unknown. Then, they would make the FTL jump to Eden-109 to aid the colonists under siege.
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Thanks to u/spacepaladin15 for creating NoP
Memory Transcription
Subject: Avital, Harchen Researcher and Advisor
Date (Sol Standard Time): June 22nd, 2140
I found myself at another sensor station, beginning to embark on yet another mission deep into Romulan space.
I was contacted a few days ago by a “General Yuelso” about going on this batshit insane idea of a mission. Lord knows why I accepted.
But then I remembered. I wanted answers. Ever since I went on that first journey to find the Romulans, I wanted to know as much as possible. They had become an obsession of mine for the past few months. I wanted to know what they looked like, what they did day-to-day, why they were so infatuated with the symbol of a bird. This mission would give me that.
And hey, it wasn’t so bad. Maln was here because of his experience. My guess is Yuelso asked him too. I haven’t the slightest clue why he would accept. Maybe I’d ask later.
It was made clear that neither of us were military. We were only needed as advisors.
“Navigation, prepare to jump to warp. Set course for Romulan space”
“Aye”
The ship surged to life. It swiftly cleared the dock, and about five kilometers away from the station, we went to warp.
It was a small ship. A destroyer, apparently. An alloy of graphite, carbon fiber, and a number of other materials had been fabricated and attached to the ship, giving it a sharp and almost fractal appearance to it. A lot of the guns had been removed to make way for extra sensor and electronic warfare equipment, however a light defensive armament was kept, along with a number of rapid reload missiles.
It was by no means a pretty sight, but there was something admirable about the ship. The name was my favorite.
“Aureoleis”
From an old Harchen legend. I still remembered my favorite part of it too.
“‘Why us’ one of her soldiers despaired. ‘Why must we be the ones to die?’”
“‘Because we’re here, and who else?’ Aureoleis responded”
Of course, it didn’t help that it might be federation propaganda. Centuries of history lost because of just two species. It was a shame.
Finding myself staring at a blank sensor panel, I figured I’d seek out Maln. He was one of the few who knew how to manage my strange ramblings, and we hadn’t talked much for a month.
I was walking down unfamiliar, tight corridors trying to find my friend. I knew he was working somewhere in the engine room, but he did not specify where.
I turned a corner. Something hard and metal caught my leg, and fell forward.
“You really gotta watch your step here, you know.”
Looking up, Maln was standing against some machinery to the right of me.
“Had to take apart some of the machinery” he stated.
“I guess I’ve had worse. What are you working on?”
“One of the port thrusters was showing poor response times. Gotta take a look at the RL wiring.”
“Technically you’re not supposed to be here, y’know. Some of the other engineers don’t exactly take kindly to random people screwin’ about around the machinery.” he added.
“Sorry. I was having trouble concentrating. I figured it would be better to talk than sit there going insane.”
He turned to focus on the wiring
“Ah, don’t worry. I can work while we talk. Could probably use the company anyway. Is your head ok?”
“Still hurts. Like I said, I’ve had worse.”
“Like that time you were so distracted in your research, you fell into that rover maintenance pit on Enviru?”
“You are not bringing that up again.”
“Ahaha! I’ll never stop.”
“Then I'll bring up that time you nearly ran me over with one of those rovers.”
“...You win, Av.”
Maln removes a number of objects from the panel.
“Damn. Burned out. I’ll need replacements.”
He motions in tail language to follow, and walks off.
“So I assume that general guy, Yuelso, contacted you too?”
“Yeah. I was going to ask you about that, actually”
“Yeah, Pretty sure I can guess why you accepted”
“And you?”
“Better than all the other job offers I’ve gotten since. Besides, it’s nice to have a ship I feel needs me. That research ship was too well kept. The Aureoleis feels needy. It has character.”
Suddenly, a message passed over the intercom.
“Researcher Avital, please report to the CIC.”
“Looks like that’s for you, Av. I’ll see you later.’
“Same.”
I begin my walk back to the CIC. I liked Maln. He’d been a good friend for years. I remember the first time I met him, deep in some machinery well beyond my expertise.
It was a shame he doomed himself to be on this mission.
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I’ve been typed in MBTI but as a multitude of different types, and only once by Socionicists before (is that a word?), but was in a very unhealthy mental place then and I’m not sure it was accurate. I've filled out the questionnaire and tried to be thorough, although I think it comes across as rather muddled in some points, so I'm happy to clarify any bits. Thanks in advance for any help or input!
What do you study or do for a living? How did you come to do that? What do you like or dislike about it?

• I study medieval languages and literature and folklore at a PhD level. I came into this somewhat accidentally - I’ve always been interested in history (not solely medieval), but began to specialise a bit more and found I had a knack for picking up several dead languages quite quickly. I always say I came to it by accident, but that sort of downplays how much I love it, and how I’ve been obsessed with history since I was a child.
• I love getting perspectives from the past and thinking about different belief systems, how perspectives on the world have changed diachronically and vary geographically. I want to understand the people of the past, sort of as an example of innate archetypical humanity in incredibly varied contexts. Reading these texts helps me understand people I know, myself, and humanity as a whole better. I also love how varied my day can be - I go to new places each year, I work on different projects each month, and I solve different problems each day.
• I dislike some of the instability surrounding future jobs - although I’m in one of the best departments in the world for this topic, it can be very difficult to get a job post-PhD in academia, something that remains a worry despite not being an imminent problem to solve.

What else do you do on a daily basis? What are your interests and hobbies? Why do you do them?

• I work a lot and my partner says I don’t know how to relax. So a lot of my “hobbies” are doing things like learning extra languages (I recently started German), specifically languages that will be useful for my future studies/work.
• I work out pretty consistently, a mix of strength-training and cardio. I try to keep it even (although I read somewhere that a 60/40 split is optimal, 50/50 is close enough). I do this for a mix of health benefits, stress-relief (possibly could be considered a health benefit) and vanity. I will drop workouts when work becomes too busy though (it’s not priority number one)
• I like rock-climbing and hiking when I can, but I don’t do this daily.
• I plan future travels and work, and I also really like organising social events, but most of that is centred around organising and helping run departmental events at the moment. Despite this, I can be a bit of a shut-in on a day-to-day basis.
• I also play video games as stress relief, if I’ve completed enough stuff in the day. Games like Skyrim, Ghost of Tsushima, etc.
• I also spend a lot of time on reddit reading about various topics related to fantasy novels or videogames, mythology, psychology and psychiatry, various personality-typing systems, true crime (although less into this one than the others) also watch youtube videos about such things.

What are your values, and why?

• I value determination, grit, and intelligence in friends quite a bit, and a sort of “can-do” optimism
• I value inclusivity, I dislike cliquish behaviour.
• I sort of don’t know how to describe this, but I find it annoying when people try to interfere in my work to suit their agenda - I value a sort of friendly “live and let live” mentality.
• Following on that, I value approaching people with an understanding rather than judgmental mindset

Describe your relationships with family and friends. What do you like and dislike about them?

• I am not super hands on with my family - I live on the other side of the world from them - but I do like them, and keep connected electronically and through weekly or fortnightly Skype calls. I sometimes feel that they don’t really understand my interests, but they do care and try to pay attention regardless, and I know they see me as somewhat distant, but they see that as a personality quirk rather than indicative of lack of affection.
• I don’t have a super large friend group at the moment but have in the past. I’m focussing on quality over quantity at the moment, after spending a lot of time working in nightlife earlier in my life and having the massive social circles.
• I appreciate that my friends are intelligent, passionate, well-travelled and ambitious people.
• I struggle sometimes when friends don’t take me into account when I have done so for them, and I also sometimes find people a bit too caught up in their own worldviews and concerns without seeing what (to me) is the bigger community picture. I also really dislike when people try to apply moral pressure on me (that I have to care about a cause or I’m a bad person, etc.). I also find it frustrating when I’m the sole organiser of events or meet-ups.

What do you look for in friends? In romantic relationships?

• This was somewhat answered above, but I also enjoy outgoing and warm people, and people who I think I can rely upon. I try to take people as they come, though, and have had all sorts of friends.
• In romantic relationships, I like when people are ambitious, determined, and intelligent but also kind and passionate people. I like them to have a level of overlapping interests with me (my partner is also a medieval scholar, but works more with artefacts and museum work).

What conflicts have you encountered recently with other people? Why did they happen? Which kinds seem to happen on a regular basis?

• I can be accidentally rude at times without realising, and also can be a bit dismissive of views I think are dumb, sometimes hastily so.
• I can over-explain or simply talk too much or over-theorise
• I can be a bit of a people-pleaser
• A recent conflict was my trying to organise a departmental event and the other graduate students not contributing or seeing the larger picture of how that would help our department as a community, which I got very frustrated by.

What are your strengths? What do people like about you? What do you like about yourself?

• I work really hard
• I try to create opportunities not just for myself but for those around me. I think we (not the whole world, obviously, but those around me) can all succeed.
• I am thorough in everything and don’t really half-ass stuff.
• I am pretty friendly and always up for a chat or to be a shoulder to cry on, and am pretty nonjudgmental (one friend says I always try to attribute other’s actions to a positive motive)

What are your weaknesses? What criticism do you often face from others? What do you dislike about yourself?

• I can be impatient and don’t know how to relax/wait for things.
• Sometimes I can come across as weird or intense, and I wish I was better at toning that down and relating to people
• I get pretty insecure about what people think of me at times, and wish I was a little better or more confident there.
• I take on too much work - I have been called an “arbeidsoptimist” before
• Sometimes I can be overly conflict-avoidant - I’ll get frustrated by people, but try to work around that.
• I can be a bit hesitant about making decisions
• I have a moderately murky sense of self - hence the need for a typing questionnaire and struggles with self-typing
• When stressed, I catastrophise a lot, and can have quite a lot of anxiety about not living up to my potential or failing at the things I am working on.

In what areas of life can you manage well on your own? In what areas of your life would you like help?

• I am good at keeping myself on task and working towards goals, I don’t really struggle with motivation or such.
• I’m pretty good at building connections and friendships with professors and other people and maintaining a sort of warm, friendly atmosphere in workplaces.
• I need help at times figuring which information is important and which can be left out. My work tends to spiral outwards and things like page-counts in papers or time-limits in presentations seem horrendously oppressive.
• I need help with taxes.
• I sometimes need help figuring out why I’m upset about things.
• I would like help figuring out my socionics type ;)

What things do you dislike doing? What things do you enjoy more than others?

• I dislike cooking (it just doesn’t interest me, although I enjoy tasting different kinds of food, I am also happy eating the same thing everyday, which I do when I live on my own).
• I dislike things like taxes.
• I am struggling with this question. I guess I dislike when I cannot plan and have to wait and see about more information (not strictly a “dislike doing” answer). Unresolved problems or conflicts give me a lot of anxiety.
• I enjoy going to museums, climbing, exercise (while listening to a podcast about an interest, preferably in another language), analysing medieval literature, planning initiatives, theorising and brainstorming with professors and some friends.

What goals, aspirations, or plans do you have for the future, and why?

• I want to publish more articles in and outside of my field. I have a couple I’m working on now, which range from 19th century literature (recently accepted as a journal article!) to niche folklore topics (recently presented at a conference) to medieval travel literature (readying for publication), so that is my immediate term, along with some travel for language-study later in the summer.
• Long term, I want to finish my PhD and become a professor in my field at a research-heavy (R1 or the equivalent) university
• I hope to master more languages (I need working competency in 5 to even pass my PhD qualifying exams), and to do so, I plan to travel (and acquire funding for that).
• I also want to be a little closer to my family, and take care of my partner and eventually marry.

What kinds of things do you do to manage and/or beautify your environment (your room, your house, etc.)?

• I have a lot of trinkets, artifacts, candles, and pieces of artwork up in my room. They are pretty varied, from statues (a bronze buddha from Sri Lanka, a basalt Horus from Egypt, and so forth) to artwork (Dante’s inferno by Botticelli, a Dali painting is up too at the moment), to some tibetan prayer flags, etc. Basically just stuff I’ve gotten from travels or as gifts.
• I’m pretty clean, in all honesty. I don’t mind clutter, but I don’t like when things are dirty.

If you won the lottery and didn't have to work anymore, what would you do?

• Exactly what I am doing, but I’d have a nicer place to live and worry a little less. I acquire external funding for a lot of my travels, etc., so that stuff wouldn’t really change.

What traits do you find endearing that others might dislike? What traits are considered positive/neutral by others but tend to annoy you?

• I find it somewhat endearing when people talk a lot about their own interests. I can usually relate it to things I am interested in without needing them to do that for me, and I also usually just find those things interesting.
• I find it endearing when
• I sometimes find it difficult when people leave all decision-making up to me, even if they’re trying to be flexible/easy. I can make the decisions, but don’t always like to.

How do you behave around strangers?

• I am very polite, but don’t really engage with strangers that often. I can be a bit shy, and used to have a decent amount of social anxiety, but lately I’m just not interested in interacting with strangers.

How do you react to conflict? What do you do if somebody insults or attacks you?

• Conflict really causes me a lot of anxiety if it’s with someone I know or have to see in the future. In those instances, I usually just don’t end up in conflict with them: I’m pretty friendly and try to see people’s perspectives.
• If not, and it’s with a stranger, I kind of just ignore them.

Would you ever be interested in starting a business? Why or why not? What role would you play in it? What kind of business would it be?

• Not sure. I kind of prefer doing what I’m doing now - the research and teaching aspects. I don’t really know what sort of value I’d be adding to the world with a business, but I suppose if I could find something that was both interesting for me and seemed to fill a needed niche, sure.
• I like the business Facsimile finder, they make medieval manuscript reproductions. Perhaps something like that, or creating a sort of community centre/third place (I used to think about owning a pub, back in my bartending days).

How do you dress or manage your appearance?

• I keep things pretty simple, and try to stick to classic clothes (rather than trendy). Timeless and simple, more or less. That being said, I enjoy colours, and try to model my wardrobe a bit off of an autumnal palate (I got really into colour season theory a couple of months ago briefly, and was “typing” all of my friends and myself, now I just use it when thrifting for new clothes).
• I pretty much exclusively get clothes either as gifts or through thrift stores. I sort of really dislike shopping otherwise.
• I take care of myself physically, and keep a simple but effective skincare routine and eat moderately healthy. It stresses me out when things like skincare have too many steps, though.

Do you like kids? Why or why not?

• Yeah, I think kids are nice. I appreciate how much potential they have and how good-hearted and imaginative they usually are. That being said, I don’t always find them particularly interesting, so I guess more of a generally benevolent ambivalence from my end.

In what situations or times in your life did you feel most fulfilled, and why?

• I’m pretty fulfilled right now, in all honesty. I have work that challenges me but is super interesting and allows (and pays) for lots of travel, I have a loving partner, I have a relatively secure future for the remainder of my PhD programme (minimum four more years).
• I do wish I had a better social circle right now though, but I honestly haven’t put enough effort in to build one (I have two social circles but we’re all busy/inconsistent).

In the ’80s, the spy agency investigated the "Gateway Experience" technique to alter consciousness and ultimately escape spacetime.
The intrigue revolves around a classified 1983 CIA report on a technique called the Gateway Experience, which is a training system designed to focus brainwave output to alter consciousness and ultimately escape the restrictions of time and space.
The CIA was interested in all sorts of psychic research at the time, including the theory of applications of remote viewing, which is when someone views real events with only the power of their mind. The documents have since been declassified and are available to view.
This is a comprehensive excavation of The Gateway Process report. The first section provides a timeline of the key historical developments that led to the CIA’s investigation and subsequent experimentations. The second section is a review of The Gateway Process report. It opens with a wall of theoretical context, on the other side of which lies enough understanding to begin to grasp the principles underlying the Gateway Experience training. The last section outlines the Gateway technique itself and the steps that go into achieving spacetime transcendence.
Let’s go.
THE TIMELINE
• 1950s - Robert Monroe, a radio broadcasting executive, begins producing evidence that specific sound patterns have identifiable effects on human capabilities. These include alertness, sleepiness, and expanded states of consciousness.
• 1956 - Monroe forms an R&D division inside his radio program production corporation RAM Enterprises. The goal is to study sound’s effect on human consciousness. He was obsessed with “Sleep-Learning," or hypnopedia, which exposes sleepers to sound recordings to boost memory of previously learned information.
• 1958 - While experimenting with Sleep-Learning, Monroe discovers an unusual phenomenon. He describes it as sensations of paralysis and vibration accompanied by bright light. It allegedly happens nine times over the proceeding six weeks, and culminates in an out-of-body experience (OBE).
• 1962 - RAM Enterprises moves to Virginia, and renames itself Monroe Industries. It becomes active in radio station ownership, cable television, and later in the production and sale of audio cassettes. These cassettes contain applied learnings from the corporate research program, which is renamed The Monroe Institute.
• 1971 - Monroe publishes Journeys Out of the Body, a book that is credited with popularizing the term “out-of-body experience.”
• 1972 - A classified report circulates in the U.S. military and intelligence communities. It claims that the Soviet Union is pouring money into research involving ESP and psychokinesis for espionage purposes.
• 1975 - Monroe registers the first of several patents concerning audio techniques designed to stimulate brain functions until the left and right hemispheres become synchronized. Monroe dubs the state "Hemi-Sync" (hemispheric synchronization), and claims it could be used to promote mental well-being or to trigger an altered state of consciousness.
• 1978 to 1984 - Army veteran Joseph McMoneagle contributes to 450 remote viewing missions under Project Stargate. He is known as “Remote View No. 1”.
• June 9th, 1983 - The CIA report "Analysis and Assessment of The Gateway Process" is produced. It provides a scientific framework for understanding and expanding human consciousness, out-of-body experiments, and other altered states of mind.
• 1989 - Remote viewer Angela Dellafiora Ford helps track down a former customs agent who has gone on the run. She pinpoints his location as “Lowell, Wyoming”. U.S. Customs apprehend him 100 miles west of a Wyoming town called Lovell.
• 2003 - The CIA approves declassification of the Gateway Process report.
• 2017 - The CIA declassifies 12 million pages of records revealing previously unknown details about the program, which would eventually become known as Project Stargate.
THE REPORT
Personnel
The author of The Gateway Process report is Lieutenant Colonel Wayne M. McDonnell, hereon referred to simply as Wayne. There isn’t a tremendous amount of information available on the man, nor any photographs. In 1983, Wayne was tasked by the Commander of the U.S. Army Operational Group with figuring out how The Gateway Experience, astral projection and out-of-body experiences work. Wayne partnered with a bunch of different folks to produce the report, most notably Itzhak Bentov, a very Googleable American-Israeli scientist who helped pioneer the biomedical engineering industry.
A scientific approach
From the outset of the report, Wayne states his intent to employ an objective scientific method in order to understand the Gateway process. The various scientific avenues he takes include:
• A biomedical inquiry to understand the physical aspects of the process.
• Information on quantum mechanics to describe the nature and functioning of human consciousness.
• Theoretical physics to explain the time-space dimension and means by which expanded human consciousness transcends it.
• Classical physics to bring the whole phenomenon of out-of-body states into the language of physical science (and remove the stigma of an occult connotation).
Methodological frames of reference
Before diving into the Gateway Experience, Wayne develops a frame of reference by dissecting three discrete consciousness-altering methodologies. He’s basically saying, there’s no way you’re going to get through The Gateway without a solid grounding in the brain-altering techniques that came before it.
1) He begins with hypnosis. The language is extremely dense, but the basic gist is as follows: the left side of the brain screens incoming stimuli, categorizing, assessing and assigning meaning to everything through self-cognitive, verbal, and linear reasoning. The left hemisphere then dishes the carefully prepared data to the non-critical, holistic, pattern-oriented right hemisphere, which accepts everything without question. Hypnosis works by putting the left side to sleep, or at least distracting it long enough to allow incoming data direct, unchallenged entry to the right hemisphere. There, stimuli can reach the sensor and motor cortices of the right brain, which corresponds to points in the body. Suggestions then can send electrical signals from the brain to certain parts of the body. Directing these signals appropriately, according to the report, can elicit reactions ranging from left leg numbness to feelings of happiness. Same goes for increased powers of concentration.
2) Wayne continues with a snapshot of transcendental meditation. He distinguishes it from hypnotism. Through concentration the subject draws energy up the spinal cord, resulting in acoustical waves that run through the cerebral ventricles, to the right hemisphere, where they stimulate the cerebral cortex, run along the homunculus and then to the body. The waves are the altered rhythm of heart sounds, which create sympathetic vibrations in the walls of the fluid-filled cavities of the brain’s ventricles. He observed that the symptoms begin in the left side of the body, confirming the right brain’s complicity. Bentov also states that the same effect might be achieved by prolonged exposure to 4 - 7 Hertz/second acoustical vibrations. He suggests standing by an air conditioning duct might also do the trick. (David’s Lynch and other celebrities are committed adherents to transcendental meditation today.)
3) Biofeedback, on the other hand, uses the left hemisphere to gain access to the right brain’s lower cerebral, motor, and sensory cortices. Whereas hypnosis suppresses one side of the brain, and TM bypasses that side altogether, biofeedback teaches the left hemisphere to visualize the desired result, recognize the feelings associated with right hemisphere access, and ultimately achieve the result again. With repetition, the left brain can reliably key into the right brain, and strengthen the pathways so that it can be accessed during a conscious demand mode. A digital thermometer is subsequently placed on a target part of the body. When its temperature increases, objective affirmation is recognized and the state is reinforced. Achieving biofeedback can block pain, enhance feeling, and even suppress tumors, according to the report.
The Gateway mechanics
With that, Wayne takes a first stab at the Gateway process. He classifies it as a “training system designed to bring enhanced strength, focus and coherence to the amplitude and frequency of brainwave output between the left and right hemispheres so as to alter consciousness.”
What distinguishes the Gateway process from hypnosis, TM, and biofeedback, is that it requires achieving a state of consciousness in which the electrical brain patterns of both hemispheres are equal in amplitude and frequency. This is called Hemi-Sync. Lamentably, and perhaps conveniently, we cannot as humans achieve this state on our own. The audio techniques developed by Bob Monroe and his Institute (which are comprised as a series of tapes). claim to induce and sustain Hemi-Sync.
Wayne employs the analogy of a lamp versus a laser. Left to its own devices the human mind expends energy like a lamp, in a chaotic and incoherent way, achieving lots of diffusion but relatively little depth. Under Hemi-Sync though, the mind produces a “disciplined stream of light.” So, once the frequency and amplitude of the brain are rendered coherent it can then synchronize with the rarified energy levels of the universe. With this connection intact, the brain begins to receive symbols and display astonishing flashes of holistic intuition.
The Hemi-Sync technique takes advantage of a Frequency Following Response (FFR). It works like this: an external frequency emulating a recognized one will cause the brain to mimic it. So if a subject hears a frequency at the Theta level, it will shift from its resting Beta level. To achieve these unnatural levels, Hemi-Sync puts a single frequency in the left ear and a contrasting frequency in the right. The brain then experiences the Delta frequency, also known as the beat frequency. It’s more familiarly referred to these days as binaural beats. With the FFR and beat frequency phenomena firmly in place, The Gateway Process introduces a series of frequencies at marginally audible, subliminal levels. With the left brain relaxed and the body in a virtual sleep state, the conditions are ideal to promote brainwave outputs of higher and higher amplitude and frequency. Alongside subliminal suggestions from Bob Monroe (naturally), the subject can then alter their consciousness.
The Gateway system only works when the audio, which is introduced through headphones, is accompanied by a physical quietude comparable to other forms of meditation. This increases the subject’s internal resonance to the body’s sound frequencies, for example the heart. This eliminates the “bifurcation echo”, in which the heartbeat moves up and down the body seven times a second. By placing the body in a sleep-like state, The Gateway CD’s, like meditation, lessen the force and frequency of the heartbeat pushing blood into the aorta. The result is a rhythmic sine wave that in turn amplifies the sound volume of the heart three times. This then amplifies the frequency of brainwave output. The film surrounding the brain—the dura—and fluid between that film and the skull, eventually begin to move up and down, by .0005 and .010 millimeters.
The body, based on its own micro-motions, then functions as a tuned vibrational system. The report claims that the entire body eventually transfers energy at between 6.8 and 7.5 Hertz, which matches Earth’s own energy (7 - 7.5 Hertz). The resulting wavelengths are long, about 40,000 kilometers, which also happens to be the perimeter of the planet. According to Bentov, the signal can move around the world’s electrostatic field in 1/7th of a second.
To recap, the Gateway Process goes like this:
• Induced state of calm
• Blood pressure lowers
• Circulatory system, skeleton and other organ systems begin to vibrate at 7 - 7.5 cycles per second
• Increased resonance is achieved
• The resulting sound waves matches the electrostatic field of the earth
• The body and earth and other similarly tuned minds become a single energy continuum.
We’ve gotten slightly ahead of ourselves here though. Back to the drawing board.
A psycho-quantum level deeper
Wayne then turns to the very nature of matter and energy. More materially (or less if you will), solid matter in the strict construction of the term, he explains, doesn’t exist. The atomic structure is composed of oscillating energy grids surrounded by other oscillating energy grids at tremendous speeds. These oscillation rates vary—the nucleus of an atom vibrates at 10 to the power of 22, a molecule vibrates at 10 to the power of 9, a human cell vibrates at 10 to the power of 3. The point is that the entire universe is one complex system of energy fields. States of matter in this conception then are merely variations in the state of energy.
The result of all these moving energies, bouncing off of energy at rest, projects a 3D mode, a pattern, called a hologram, A.K.A our reality as we experience it. It's best to think of it as a 3D photograph. There’s a whole rabbit hole to go down here. Suffice it to say, the hologram that is our experience is incredibly good at depicting and recording all the various energies bouncing around creating matter. So good, in fact, that we buy into it hook, line, and sinker, going so far as to call it our "life."
Consciousness then can be envisaged as a 3D grid system superimposed over all energy patterns, Wayne writes. Using mathematics, each plane of the grid system can then reduce the data to a 2D form. Our binary (go/no go) minds can then process the data and compare it to other historical data saved in our memory. Our reality is then formed by comparisons. The right hemisphere of the brain acts as the primary matrix or receptor for this holographic input. The left hemisphere then compares it to other data, reducing it to its 2D form.
In keeping with our species' commitment to exceptionalism, as far as we know humans are uniquely capable of achieving this level of consciousness. Simply, humans not only know, but we know that we know. This bestows upon us the ability to duplicate aspects of our own hologram, project them out, perceive that projection, run it through a comparison with our own memory of the hologram, measure the differences using 3D geometry, then run it through our binary system to yield verbal cognition of the self.
The click-out phase
Wayne then shows his cards as a true punisher, issuing, "Up to this point our discussion of the Gateway process has been relatively simple and easy to follow. Now the fun begins." Shots fired, Wayne. What he's preparing the commander reading this heady report for is the reveal—how we can use the Gateway to transcend the dimension of spacetime.
Time is a measurement of energy or force in motion; it is a measurement of change. This is really important. For energy to be classified as in motion, it must be confined within a vibratory pattern that can contain its motion, keeping it still. Energy not contained like this is boundary-less, and moves without limit or dimension, to infinity. This disqualifies boundary-less energy from the dimension of time because it has no rate of change. Energy in infinity, also called "the absolute state," is completely at rest because nothing is accelerating or decelerating it—again, no change. It therefore does not contribute to our hologram, our physical experience. We cannot perceive it.
Now back to frequencies. Wave oscillation occurs because a wave is bouncing between two rigid points of rest. It's like a game of electromagnetic hot potato (the potato being the wave and the participants' hands being the boundaries of the wave). Without these limits, there would be no oscillation. When a wave hits one of those points of rest, just for a very brief instant, it "clicks out" of spacetime and joins infinity. For this to occur, the speed of the oscillation has to drop below 10 the power of -33 centimeters per second. For a moment, the wave enters into a new world. The potato simply disappears into a dimension we cannot perceive.
Theoretically speaking, if the human consciousness wave pattern reaches a high enough frequency, the “click-outs” can reach continuity. Put another way, if the frequency of human consciousness can dip below 10 to the power of 33 centimeters per second but above a state of total rest, it can transcend spacetime. The Gateway experience and associated Hemi-Sync technique is designed for humans to achieve this state and establish a coherent pattern of perception in the newly realized dimensions.
Passport to the hologram
In theory, we can achieve the above at any time. The entire process though is helped along if we can separate the consciousness from our body. It’s like an existential running head start where the click-out of a consciousness already separated from its body starts much closer to, and has more time to dialogue with, other dimensions.
This is where things get a little slippery; hold on as best you can. The universe is in on the whole hologram thing, too, Wayne writes. This super hologram is called a "torus" because it takes the shape of a fuck-off massive self-contained spiral. Like this:
Give yourself a moment to let the above motion sink in...
This pattern of the universe conspicuously mirrors the patterns of electrons around the nucleus of an atom. Galaxies north of our own are moving away from us faster than the galaxies to the south; galaxies to the east and west of us are more distant. The energy that produced the matter that makes up the universe we presently enjoy, will turn back in on itself eventually. Its trajectory is ovoid, also known as the cosmic egg. As it curls back on itself it enters a black hole, goes through a densely packed energy nucleus then gets spat out the other side of a white hole and begins the process again. Springtime in the cosmos, baby!
And that is the context in which the Gateway Experience sits.
[Deep breaths.]
THE TECHNIQUE
The following is an outline of the key steps to reach focus levels necessary to defy the spacetime dimension. This is an involved and lengthy process best attempted in controlled settings. If you’re in a rush, you can apparently listen to enough Monroe Institute Gateway Tapes in 7 days to get there.
The Energy Conversion Box: The Gateway Process begins by teaching the subject to isolate any extraneous concerns using a visualization process called “the energy conversion box.”
Resonant Humming: The individual is introduced to resonant humming. Through the utterance of a protracted single tone, alongside a chorus on the tapes, the mind and body achieve a state of resonance.
The Gateway Affirmation: The participant is exposed to something close to a mantra called The Gateway Affirmation. They must repeat to themselves variations of, “I am merely a physical body and deeply desire to expand my consciousness.”
Hemi-Sync: The individual is finally exposed to the Hemi-Sync sound frequencies, and encouraged to develop a relationship with the feelings that emerge.
Additional Noise: Physical relaxation techniques are practiced while the Hemi-Sync frequencies are expanded to include “pink and white” noise. This puts the body in a state of virtual sleep, while calming the left hemisphere and raising the attentiveness of the right hemisphere.
The Energy Balloon: The individual is then encouraged to visualize the creation of an “energy balloon” beginning at the top of the head, extending down in all directions to the feet then back up again. There are a few reasons for this, the main one being that this balloon will provide protection against conscious entities possessing lower energy levels that he or she may encounter when in the out-of-body state.
Focus 12: The practitioner can consistently achieve sufficient expanded awareness to begin interacting with dimensions beyond their physical reality. To achieve this state requires conscious efforts and more “pink and white noise” from the sound stream.
Tools: Once Focus 12 is achieved, the subject can then employ a series of tools to obtain feedback from alternate dimensions.
Problem Solving: The individual identifies fundamental problems, fills their expanded awareness with them, and then projects them out into the universe. These can include personal difficulties, as well as technical or practical problems.
Patterning: Consciousness is used to achieve desired objectives in the physical, emotional, or intellectual sphere.
Color Breathing: A healing technique that revitalizes the body’s energy flows by imagining colors in a particularly vivid manner.
Energy Bar Tool: This technique involves imagining a small intensely pulsating dot of light that the participant charges up. He or she then uses the sparkling, vibrating cylinder of energy (formerly known as the dot) to channel forces from the universe to heal and revitalize the body.
Remote Viewing: A follow-on technique of the Energy Bar Tool where the dot is turned into a whirling vortex through which the individual sends their imagination in search of illuminating insights.
Living Body Map: A more organized use of the energy bar in which streams of different colors flow from the dot on to correspondingly-colored bodily systems.
Seven days of training have now occurred. Approximately 5 percent of participants get to this next level, according to the report.
Focus 15 - Travel Into the Past: Additional sound on the Hemi-Sync tapes includes more of the same, plus some subliminal suggestions to further expand the consciousness. The instructions are highly symbolic: time is a huge wheel, in which different spokes give access to the participant’s past.
Focus 21 - The Future: This is the last and most advanced state. Like Focus 15, this is a movement out of spacetime into the future.
Out-of-Body Movement: Only one tape of the many is devoted to out-of-body movement. This tape is devoted to facilitating an out-of-body state when the participant’s brain wave patterns and energy levels reach harmony with the surrounding electromagnetic environment. According to Bob Monroe, the participant has to be exposed to Beta signals of around 2877.3 cycles per second.
CONCLUSIONS
Wayne expresses concern about the fidelity of information brought back from out-of-body states using the Gateway technique. Practical applications are of particular concern because of the potential for “information distortion.”
The Monroe Institute also ran into a bunch of issues in which they had individuals travel from the West to the East Coast of the U.S. to read a series of numbers off of a computer screen. They never got them exactly right. Wayne chalks this up to the trouble of differentiating between physical entities and extra-time-space dimensions when in the out-of-body state.
Wayne swings back to support mode though, lending credence to the physics foundation of the report. He cites multiple belief systems that have established identical findings. These include the Tibetan Shoug, the Hindu heaven of Indra, the Hebrew mystical philosophy, and the Christian concept of the Trinity. Here he seems more interested in hammering home the theoretical underpinnings that make The Gateway Experience possible, rather than the practical possibilities promised by The Gateway Tapes.
Possibly with his CIA top brass audience in mind, Wayne then gives an A-type nod to The Gateway Experience for providing a faster, more efficient, less subservient, energy-saving route to expanded consciousness. This finishes with a series of recommendations to the CIA for how to exploit Gateway’s potential for national defense purposes.
The missing page
One curious feature of The Gateway Report is that it seems to be missing page 25. It’s a real cliffhanger too. The bottom of page 24 reads “And, the eternal thought or concept of self which results from this self-consciousness serves the,” The report picks back up on page 26 and 3 sections later as if Wayne hadn’t just revealed the very secret of existence.
The gap has not gone unnoticed. There's a Change.org petition requesting its release. Multiple Freedom of Information Act requests have demanded the same. In all cases, the CIA has said they never had the page to begin with. Here’s a 2019 response from Mark Lilly, the CIA’s Information and Privacy Coordinator, to one Bailey Stoner regarding these records:
One theory goes that that rascal Wayne M.-fricking-McDonnell left the page out on purpose. The theory contends that it was a litmus test—if anyone truly defies time-space dimensions, they’ll certainly be able to locate page 25.
[Cosmic shrug.]
Writing Credit Vice
​
CIA Declassified Report– The Gateway Experience
Here is a copy of the Missing Page 25
There will be a Gateway Help Post following within the next couple days. Thought you might be interested in a little history in the meantime. Cheers!

I saw this post on AlternateHistory.com forums.

People keep saying just cause Saudi didnt have a mechanized army,the Saudis wouldnt even last a single weeks fighting the Japs! It won`t for the following reasons!
1)Allies would send equipment to the Saudis
2)Saudis will be doing suicide attacks
3)Japanese armies aren`t trained to move and fight in desert war fare!The Germans conquered North Africa because German troops in North Africa were well trained in desert warfare!
Just because the desert is a flat plain doesn`t mean an army could easily march over it and send tanks and other vehicles over it!Besides alot of Jap troops would be suffering from the effects of the Desert!
5)The Saudis will resort to desert warfare.Just because you dont have a mechanized army doesnt mean you can`t fight!Research Lawrence of Arabia and Omar Kutthyb(Lion of the Desert) for proof!
6)The entire Muslim World will help the Saudis Defend Mecca and Medina!Other Muslim areas such as Turkey,Egypt,Palestine,and Iran have a military force that is equiped with artillery,mechanized vehicles,and bombs!The Japanese will face numerous nations with modernized weaponry!
7)The Saudis would fight more fanatical than any Japanese soldier because Saudi Arabia is the holy land of Islam!
8)Because they lack any experience in Middle Eastern warfare and because of their Bushido code,Japanese soldiers will contiinually be slaughtered by the same tactic the Arabs used to defeat the Crusaders:luring the enemy into the desert and letting them die of thirst!
9)If the Japanese conquere part of Saudi Arabia,the Japanese will do horrible things to Saudi civillians,thus enraging the Saudis and making them even more bloodthirsty for Japanese blood and long for the deaths of Japanese soldiers!
10)The Japanese army in Saudi Arabia will eventaully abandon the invasion because of far stretched logistics and because they will continually get slaughtered by both the Arabian desert and Arab soldiers who will use rifles and bombs to attack the Japanese,their armored vehicles such as their tank,and their supply routes!
So why do most people think Saudi Arabia will be conquered by the Japanese easily in WW2?The Japs have no knowledge of desert warfare!They will foolishly contiunally be lured into the desert by Arab raiders,and they will get lost and die of dehydration!Japanese tanks are completely uselees in desert warfare!And even if they manage to land a base,the Japanese Army will still face hell because the entire Muslim world will unite and send tanks,bombs,rifles,and other modernized war equipment to the Saudis along with properly trained Muslim troops!Why do most people say this?

Its rather hilarious but its an interesting scenario whoever wrote the above quoted text. So what would happen realistically if Imperial Japan attempted to do such an operation?

0. High level summary

I propose that fault lines may play a significant and under documented role in what is happening with UFOs and specifically the impact of fault lines on some number of UFO related crashes. I suspect energetic effects from fault lines and gravity effects from mass variances in fault lines (especially while active) impact UFO/NHI navigational systems. They may do things like routing around, or via, fault lines.

1. A new leaker: Dijkstra's algorithm and Diablo Canyon.

On May 13th, 2024, a claimed leaker on UFO/NHI related programs posted on /Aliens with details on their history with the "Program".

• Link.
• Archive link.

It's a huge volume of data but one very particular passage instantly stuck out to me:

"The craft use a system that originally befuddled generations of researchers, but it's essentially a 3D dijkstra algorithm. It finds points around the craft, and chooses the most efficient possible route through space time to get to that point. Some of the parameters it uses to gauge efficiency are totally unknown to us and are a serious point of contention. It's not autonomy, but rather obstacle avoidance not unlike what you would see in a self-driving car. But, the self driving car could go through air, space and water without worrying about what medium its in. Additionally, the algo accounts for the crafts place in time."

And then this surprising sentence shortly after:

"Although the algo is extremely effective, Nuclear explosions and experiments somehow interfere with this navigation. Craft particularly avoid Diablo Canyon, even if we put something they really want there."

So, this Dijkstra's algorithm and Diablo Canyon.
I can find not one single prior reference to this anywhere, ever, in all of Ufology prior to that Reddit post.
I think this is entirely new, or new to the Internet for UFO topics.

• https://en.wikipedia.org/wiki/Dijkstra%27s_algorithm

In a 3D version of Dijkstra's algorithm, the algorithm extends from two-dimensional plane navigation to three-dimensional environments, making it suitable for applications such as drone flight paths, underwater vehicle navigation, or spacecraft trajectory planning. The algorithm begins at a starting node, exploring all neighboring nodes and continuously updating the shortest known distances from the start to each node, considering all possible paths. By repeating this process until the destination node is reached, the algorithm ensures that the path with the minimal total distance or cost is selected, taking into account the complexities of moving through 3D space. So, we have the introduction of a known means of navigation, that does 4D (by inclusion of a temporal parameter) mapping in this model.
Then we have the inclusion of Diablo Canyon -- but there are six of these in North America. Three of these are very close to government sites.

• Diablo Canyon Power Plant, California (nuclear)
  • Nearest government: Vandenburg AFB, 35 miles south.
• Diablo Canyon, New Mexico
  • Los Alamos National Laboratory, 20 miles north.
• Diablo Canyon, Washington
  • Naval Air Station Whidbey Island, 70 miles northwest.
• Diablo Canyon, British Columbia, Canada
• Diablo Canyon, Utah
• Canyon Diablo, Arizona

Which could the leaker be talking about? And why is it interesting in the context of UFOs?
Why would a UFO avoid a canyon?

2. Energy fields, UFO navigation and "fault lines" in gravity.

There are numerous reports and stories of things like claimed lasers, directed energy weapons/fields, and even allegedly things like RADAR having some manner of detectable impact on navigational capabilities of UFOs/NHI craft. The lore is full of this topic over time, and it aligns substantially with the scientific backgrounds of people known to be involved, like Sean M. Kirkpatrick.
This caught my eye as I've been doing a lot of reading on certain much lesser-known effects of fault lines, after I learned that the home and neighborhood I lived in as a child, where a group of us saw a "saucer", was literally sat atop a small land mass completely encircled like an island by fault lines. This is not unique--there are others. But this was a wild surprise to me, and especially when the flight path of the ship we saw... once I saw the fault lines path/heading...
It was the same route. The thing we saw, once I saw the fault line maps... it was like looking at a snippet of a Google Maps route that the UFO took, for the duration of our experience seeing it. I did not know this for decades.
For the curious, the bread crumb that led down this path was not this whistleblower, fault lines, or my own experience. It was studying Lagrange Points.
What's a Lagrange point?
Positions in space where the gravitational forces of two large bodies, like Earth and the Moon, balance out the centripetal force felt by a smaller object, allowing it to remain in a stable position relative to the two larger bodies. Think of it like the mid-way point between any two bodies with mass that impact gravity. Earth/Jupiter. JupiteSun. Earth moon/Neptune. You/your cat. It's not a 50/50 thing; if you are and your cat are 10 feet away, it's not 5-foot between you. It's also impacted by gravity from other bodies within range (and range is infinite because gravity is, no matter how infinitesimal at long distances).
There is even conceptually such a place, even if it's trivial in variation, between galaxies.
Keep in mind: there are specifically named 3D mapped always-moving (as Earth/moon for example) always-in-motion Lagrange points for the Earth and Moon. Five total--but those are just the optimal ones. There would be a relative band of space where overall the gravity between bodies is more balanced.
Almost like a fault line in gravity, huh?
That, the fault line discovery related to my experience, and my (then) unrelated fault line research which was pure curiosity unrelated to UFOs... at first.

3. Piezoelectrics, Electrokinetics, and Gravitational anomalies.

So we have a new claimed 4D mapping/navigational tool by NHI UFOs, and that they go out of their way to avoid some "Diablo canyon" no matter what we do. We know definitively there are places where gravity can have relative weak spots, due to the balancing of gravitational waves/forces/mass between bodies. All bodies with mass produce gravity... including tectonic plates.
But that's not all they produce in terms of energy.
Fault lines can generate three different distinct effects beyond seismic (shaking/motion) impacts on the world.
They are:
Stress-induced Piezoelectric Effects
Stress-induced piezoelectric effects refer to the generation of electrical charges in certain crystalline materials, such as quartz, when mechanical stress is applied. These effects are caused by tectonic stress and strain in the Earth's crust, which deforms the crystalline structures, generating electric fields. At the surface, these effects can disrupt local power grids, cause voltage fluctuations, and affect sensitive electronic equipment. In the atmosphere, piezoelectric effects can lead to changes in the ionosphere, affecting radio signal propagation and GPS accuracy up to altitudes of around 600 km. In space, the impacts are typically observed as changes in ionospheric electron density, detected by satellites in low Earth orbit (LEO), such as those at altitudes up to 1,200 km.
Additional reading:

1. https://en.wikipedia.org/wiki/Piezoelectricity
2. https://en.wikipedia.org/wiki/Seismoelectrical_method

Electrokinetic Effects
Electrokinetic effects are electrical phenomena that occur when a fluid (such as groundwater) moves through a porous medium (like soil or rock) under the influence of a pressure gradient. These effects are caused by the movement of ionized fluids through the Earth's subsurface, which can be influenced by tectonic activity, fluid injection, or natural fluid migration. At the surface, electrokinetic effects can alter groundwater flow, impact water supply systems, and cause electrical disturbances in subsurface sensors. In the atmosphere, these effects are less direct but can influence humidity and ionization levels, which may affect weather radar and communication systems. In space, electrokinetic effects are typically not directly observed; however, related ionospheric disturbances from fluid movement in the Earth's crust can be detected by satellites at altitudes up to 1,200 km.
Additional reading:

1. https://en.wikipedia.org/wiki/Magnetotellurics
2. https://en.wikipedia.org/wiki/Electrokinetic_phenomena

Gravity Anomalies
Gravity anomalies are variations in the Earth's gravitational field caused by differences in the distribution of mass within the Earth. These anomalies are caused by subsurface geological structures such as mountains, valleys, fault lines, and varying rock densities. On the surface, gravity anomalies can affect precise geodetic measurements, influence surveying accuracy, and impact construction projects that rely on gravitational data. In the atmosphere, gravity anomalies can slightly influence the flight paths of aircraft and atmospheric satellites, but these effects are generally minimal. In space, gravity anomalies are detected by satellites like the GRACE mission at altitudes of around 500 km, affecting satellite orbit calculations and providing data on Earth's subsurface structures and water distribution.
Additional reading:

1. https://en.wikipedia.org/wiki/Gravity_anomaly
2. https://en.wikipedia.org/wiki/Bouguer_anomaly
3. https://en.wikipedia.org/wiki/Free-air_gravity_anomaly

4. The impact of fault lines on UFOs.

Disturbances related to stress-induced piezoelectric effects, electrokinetic effects, and gravity anomalies have been observed and recorded at various altitudes. Here are some notable examples across different categories:
A) Stress-induced Piezoelectric Effects

• High-altitude Observations: Piezoelectric effects typically influence ground-based systems such as power grids and sensors. There is limited data on their direct impact at high altitudes. However, atmospheric electrical phenomena, such as changes in the ionosphere related to seismic activity, have been noted up to several hundred kilometers above the Earth's surface. These are often detected by satellites in low Earth orbit.

B) Electrokinetic Effects

• High-altitude Observations: Electrokinetic effects primarily affect subsurface and near-surface fluid dynamics. There is no significant evidence of direct electrokinetic phenomena being observed at high altitudes. However, related atmospheric effects, such as changes in humidity or ionization, can indirectly influence atmospheric layers.

C) Gravity Anomalies

• High-altitude Observations: Gravity anomalies have been detected at high altitudes, including by aircraft and satellites. Gravity Recovery and Climate Experiment (GRACE) satellites, for example, operate at altitudes of approximately 500 km and have provided detailed maps of gravity anomalies across the Earth.

Specific High-altitude Observations

1. Ionospheric Disturbances Related to Seismic Activity:
   
   • Altitude: Up to 600 km.
   • Impact: Changes in electron density in the ionosphere, detected by satellites.
2. Gravity Anomalies Detected by GRACE Satellites:
   
   • Altitude: Approximately 500 km.
   • Impact: Detailed mapping of Earth's gravity field, revealing variations due to tectonic and other geological processes.

Summary

• Stress-induced Piezoelectric Effects: Up to ionospheric altitudes (~600 km) via indirect atmospheric electrical phenomena.
• Electrokinetic Effects: Primarily near-surface, with no significant direct high-altitude observations.
• Gravity Anomalies: Up to satellite altitudes (~500 km), with significant observations by GRACE and similar missions.

Reports say that the navigational apparatus of UFOs can be impacted by energy fields, implying this plays a role in their crashing. Similar claims revolved around electromagnetic fields.

5. Why would UFOs avoid "Diablo Canyon"?

We need to know which one it is. The most likely based on the intersection of fault lines; fault lines with impacts; and near proximity to notable UFO-related locations--Vandenburg and Los Alamos--leaves us with New Mexico and the nuclear power planet.
Here are all nearby relevant fault lines for each.
This section took a substantial amount of digging/cross referencing over weeks. I had begun this for a fiction/story idea that didn't pan out, and did not save the litany of sources I read. This is a summary.

A) Diablo Canyon Power Plant, California

• Hosgri Fault Zone

  • Location: Offshore, running parallel to the coast near the power plant.
  • Stress-induced Piezoelectric Effects
    • Specific Locations: Documented near Avila Beach and Montaña de Oro State Park.
    • Relative Strength: Moderate compared to other equivalent faults in California, such as the San Andreas Fault. The presence of quartz in the fault gouge enhances the piezoelectric effect, making it comparable to effects observed in the Garlock Fault.
  • Electrokinetic Effects
    • Specific Locations: Recorded near Diablo Canyon Power Plant and Morro Bay.
    • Relative Strength: Comparable to electrokinetic effects seen in the Hayward Fault in California due to similar fluid movement dynamics.
  • Gravity Anomalies
    • Specific Locations: Detected offshore near Point Buchon and Diablo Canyon Power Plant.
    • Relative Strength: Significant compared to other coastal fault zones, with variations similar to those found in the Cascadia Subduction Zone.

• San Andreas Fault

  • Location: Approximately 10 miles inland from the power plant at its closest point.
  • Stress-induced Piezoelectric Effects
    • Specific Locations: Parkfield, California and Hollister, California.
    • Relative Strength: High, as the San Andreas Fault is one of the most studied and active fault lines globally. The piezoelectric effects are significant and comparable to those seen in other major fault systems worldwide.
  • Electrokinetic Effects
    • Specific Locations: San Juan Bautista, California and Carrizo Plain National Monument.
    • Relative Strength: Significant, due to extensive fluid movement and high seismic activity. Comparable to effects observed in the Wasatch Fault Zone.
  • Gravity Anomalies
    • Specific Locations: Palmdale, California and San Bernardino, California.
    • Relative Strength: Very high, with anomalies providing critical insights into fault mechanics. Similar to those in the New Madrid Seismic Zone.

• Shoreline Fault

  • Location: Discovered in 2008, runs very close to the plant, offshore and parallel to the coastline.
  • Length: Approximately 25 miles.
  • Within 5 miles: The Shoreline Fault comes within 5 miles of the Diablo Canyon Power Plant.
  • Stress-induced Piezoelectric Effects
    • Specific Locations: Nearshore areas close to Diablo Canyon Power Plant.
    • Relative Strength: Potential effects are moderate, with less documentation compared to major faults.
  • Electrokinetic Effects
    • Specific Locations: Offshore areas near the power plant.
    • Relative Strength: Comparable to minor faults in coastal regions.
  • Gravity Anomalies
    • Specific Locations: Offshore near Diablo Cove.
    • Relative Strength: Minor, indicating subtle density changes.

• Los Osos Fault

  • Location: Within 10 miles of the power plant.
  • Stress-induced Piezoelectric Effects
    • Specific Locations: Los Osos Valley.
    • Relative Strength: Minor compared to major faults but notable within the local context.
  • Electrokinetic Effects
    • Specific Locations: Areas with significant groundwater flow near Los Osos.
    • Relative Strength: Comparable to small, groundwater-rich fault zones.
  • Gravity Anomalies
    • Specific Locations: Los Osos Valley.
    • Relative Strength: Minor anomalies detected.

B) Diablo Canyon, New Mexico

• Embudo Fault

  • Location: Within 20 miles of Diablo Canyon.
  • Stress-induced Piezoelectric Effects
    • Specific Locations: Near Dixon and Pilar, New Mexico.
    • Relative Strength: Moderate compared to other faults in the Rio Grande Rift. Similar effects to those observed in the East African Rift.
  • Electrokinetic Effects
    • Specific Locations: Near Embudo, New Mexico.
    • Relative Strength: Moderate, consistent with other active rift zones with significant groundwater interaction.
  • Gravity Anomalies
    • Specific Locations: Near the town of Española, New Mexico.
    • Relative Strength: Significant, providing insight into the rift's complex tectonic structure. Comparable to anomalies in the Basin and Range Province.

• Pajarito Fault

  • Location: Within 20 miles of Diablo Canyon.
  • Stress-induced Piezoelectric Effects
    • Specific Locations: Near Los Alamos, New Mexico.
    • Relative Strength: High, due to active seismicity and the presence of stress.
  • Electrokinetic Effects
    • Specific Locations: Near White Rock, New Mexico.
    • Relative Strength: Significant, due to active groundwater flow in the region.
  • Gravity Anomalies
    • Specific Locations: Near Los Alamos National Laboratory.
    • Relative Strength: Notable, with detailed mapping providing insights into fault mechanics.

6. Conclusion

Simply, some variables on the navigational systems of the UFO craft which rely on precise 4-dimensional mapping for their navigational system, with implied near real time adjustments across all parameters, are negatively impacted by unexpected or significant enough to not be able to compensate for impacts from native Earth effects generated by tectonic plate actions, in specific key locations.
I'd often suspected if there was something like this related to the handful of known crashes, and them seeming to be concentrated in certain areas. With this leaker, we see another few possible pieces of a puzzle filling.
Are they legitimate? We obviously can't tell, today. But this new data sure does align with:

1. Reports of the USA trying to "bait" UFOs.
2. Reports of the USA utilizing nuclear facilities to this end.
3. UFO engagement with nuclear sites.
4. UFOs reportedly avoiding certain areas, not limited to prior crash locations.
5. UFOs reportedly being seen over time in the same places or repeated routes/locations.
6. The USA getting big into gravity research along these lines (gravity scanners for military).
7. Elizondo references to LIGO.
8. And more beyond, that I'm sure more of you can recite from memory than I could.

Maybe this has some part of the genesis of the mythology of ley lines, because ancient humans couldn't possibly on their own know all these things. Were they just energetically charged fault lines that had some manner of intersection over time with UFOs?
If anyone wants to run with this or research equivalent sites in other parts of the world and their intersection with UFOs/UAPs, this may be a worthwhile rabbit hole for pursuit.

Introduction to accepting credit card payments

In today's digital age, accepting credit card payments has become an essential aspect of running a successful business. This holds true not only for large corporations but also for small businesses, such as science tutoring services. By offering the convenience and security of credit card payments, science tutors can attract more customers and provide a seamless payment experience. In this article, we will explore how science tutors can utilize Square, a leading payment processing platform, to accept credit card payments and enhance their tutoring business.

Benefits of accepting credit card payments

Accepting credit card payments for your Science Tutoring Business with Square offers several benefits. Firstly, it provides convenience to your customers by allowing them to pay using their preferred method of payment. This can lead to increased customer satisfaction and loyalty. Secondly, accepting credit card payments can help you attract more customers, as many people prefer to pay with their credit cards for the added security and rewards. Additionally, accepting credit card payments can streamline your business operations by reducing the need for cash handling and manual record-keeping. This can save you time and effort, allowing you to focus on providing quality tutoring services. Lastly, accepting credit card payments with Square can also help you build trust and credibility with your customers, as Square is a trusted and widely recognized payment processor. Overall, accepting credit card payments can enhance the professionalism and efficiency of your Science Tutoring Business, ultimately leading to increased revenue and growth.

Choosing Square as a payment processor

Choosing Square as a payment processor for your Science Tutoring Business is a wise decision. Square offers a range of benefits that make it an ideal choice for accepting credit card payments. One of the key advantages of using Square is that it provides a free business bank account. This means that you can easily manage your finances and keep track of your transactions without incurring any additional costs. By having a free business bank account with Square, you can streamline your payment processes and ensure that your Science Tutoring Business runs smoothly. With Square, you can focus on providing quality tutoring services while Square takes care of your payment processing needs.

Setting up a Square account

Creating a Square account

To start accepting credit card payments for your Science Tutoring Business, you need to create a Square account. Square is a leading payment processing platform that allows businesses to securely accept credit card payments online. Creating a Square account is a simple and straightforward process that can be done entirely online. By creating a Square account, you will gain access to a wide range of features and tools that will help streamline your payment processing and make it easier for your customers to pay for your tutoring services. To create a Square account, visit the Square website and follow the step-by-step instructions. Once your account is set up, you can start accepting credit card payments from your students and grow your tutoring business with ease.

Verifying your identity

Verifying your identity is an essential step when it comes to accepting credit card payments for your Science Tutoring Business with Square. In order to ensure the security and legitimacy of transactions, Square requires all merchants to go through a thorough identity verification process. This process involves providing valid identification documents and verifying the information provided. By verifying your identity, you can gain the trust and confidence of your customers, as they know that their payments are being processed by a reputable and trustworthy business. Additionally, it helps Square in preventing fraudulent activities and maintaining a safe payment environment for both merchants and customers.

Linking your bank account

Linking your bank account is a crucial step in accepting credit card payments for your Science Tutoring Business with Square. By linking your bank account, you can seamlessly transfer funds from your Square account to your bank account, ensuring a smooth and efficient payment process. Additionally, linking your bank account provides an added layer of security, as Square's advanced encryption technology ensures the safety of your financial information. With the convenience and peace of mind that comes with linking your bank account, you can confidently accept credit card payments and focus on providing exceptional science tutoring services to your students.

Integrating Square with your Science Tutoring Business

Installing the Square Point of Sale app

To power your business and accept credit card payments for your Science Tutoring Business, you will need to install the Square Point of Sale app. The Square Point of Sale app is a powerful tool that allows you to easily accept credit card payments from your customers. By installing this app, you can provide a convenient and secure way for your customers to pay for your tutoring services. With the Square Point of Sale app, you can streamline your payment process and ensure that you never miss out on a sale. Install the Square Point of Sale app today and start accepting credit card payments for your Science Tutoring Business.

Setting up your products and services

Setting up your products and services is an essential step when it comes to accepting credit card payments for your Science Tutoring Business with Square. By properly organizing and categorizing your offerings, you can streamline the payment process and provide a seamless experience for your customers. Tailoring services to meet the specific needs of your students will ensure that they receive personalized attention and achieve their academic goals. With Square's user-friendly interface, you can easily create and manage different tutoring packages, such as individual sessions, group classes, or specialized workshops. Additionally, Square's secure payment processing system allows you to accept credit card payments with confidence, providing convenience and peace of mind for both you and your customers. By offering the option to pay with credit cards, you can expand your customer base and attract more students who prefer the convenience and security of electronic payments. Embrace the power of Square and enhance the payment experience for your Science Tutoring Business today!

Customizing your payment options

When it comes to customizing your payment options for your Science Tutoring Business with Square, there are a few important factors to consider. One of these factors is logo design tips. A well-designed logo can help establish your brand identity and make your business more recognizable to potential customers. With Square, you have the flexibility to upload your own logo or choose from a selection of pre-designed logos. If you're looking for logo design tips, Square provides resources and guidance to help you create a professional and eye-catching logo that represents your Science Tutoring Business effectively. Whether you're a graphic design expert or a novice, Square's logo design options make it easy to customize your payment options and create a cohesive brand image for your Science Tutoring Business.

Accepting credit card payments with Square

Processing credit card payments

Processing credit card payments is a crucial aspect of running a successful Science Tutoring Business. As a business expert in the field, it is important to ensure that your payment processing system is efficient, reliable, and secure. With Square, you can accept credit card payments seamlessly, allowing your customers to pay for your tutoring services with ease. Square provides a user-friendly interface that simplifies the payment process, making it convenient for both you and your customers. Additionally, Square offers advanced security features, such as encryption and fraud detection, to protect sensitive customer information. By utilizing Square's payment processing services, you can streamline your business operations and provide a seamless payment experience for your customers.

Accepting contactless payments

Accepting contactless payments is an essential aspect of enhancing the quality of life in group homes. By enabling residents to conveniently and securely make payments using their credit cards, it streamlines the payment process and eliminates the need for cash transactions. This not only improves efficiency but also promotes a safer and more hygienic environment. With contactless payments, residents can easily pay for their tutoring services, ensuring seamless transactions and a hassle-free experience. Embracing this modern payment method through Square empowers science tutoring businesses to provide a convenient and accessible payment solution for their clients, ultimately enhancing the overall experience and satisfaction of both residents and tutors.

Handling refunds and disputes

Handling refunds and disputes is an essential aspect of running a successful Science Tutoring Business with Square. As a business owner, it is important to have a clear and fair refund policy in place to address any customer concerns or dissatisfaction. In the event of a dispute, it is crucial to handle it promptly and professionally to maintain customer trust and reputation. Square provides a robust system for managing refunds and disputes, ensuring that both the business and the customer are protected. By utilizing Square's secure payment processing platform, Science Tutoring Business owners can confidently accept credit card payments and effectively manage any potential refund or dispute situations.

Managing your Square transactions

Viewing transaction history

To view the transaction history of your Science Tutoring Business with Square, you can easily access this information through your Square account. Simply log in to your account and navigate to the 'Transactions' tab. Here, you will be able to see a comprehensive list of all the credit card payments that have been processed for your business. This feature allows you to track and monitor your financial transactions, ensuring transparency and accuracy in your records. By regularly reviewing your transaction history, you can gain valuable insights into your business's cash flow and make informed decisions to optimize your Science Tutoring Business's financial performance.

Generating reports and analytics

Generating reports and analytics is a crucial aspect of managing a Science Tutoring Business with Square. By utilizing the robust reporting features offered by Square, business owners can gain valuable insights into their financial performance, customer behavior, and sales trends. These reports provide comprehensive data on various metrics, such as revenue, transaction volume, and customer demographics, enabling business owners to make informed decisions and optimize their operations. With Square's analytics tools, Science Tutoring Business owners can track the effectiveness of marketing campaigns, identify areas for improvement, and measure the success of different pricing strategies. By regularly analyzing and interpreting these reports, business owners can drive growth, enhance customer satisfaction, and maximize profitability in their Science Tutoring Business.

Managing customer information

Managing customer information is a crucial aspect of business leadership. As a science tutoring business owner, it is essential to have a systematic approach to collecting, organizing, and utilizing customer information. By effectively managing customer information, you can personalize your services, track customer progress, and provide a seamless experience. With Square, a leading payment processing platform, you can easily accept credit card payments and efficiently manage customer data. Square's robust features allow you to securely store customer information, including contact details, payment history, and preferences. This enables you to maintain a comprehensive customer database and effectively communicate with your clients. With Square's user-friendly interface, you can effortlessly update customer information, track interactions, and analyze data to make informed business decisions. By prioritizing the management of customer information, you can enhance your science tutoring business's efficiency, customer satisfaction, and overall success.

Conclusion

Summary of the benefits of using Square

Square is an excellent payment processing solution for science tutoring businesses looking to accept credit card payments. With its user-friendly interface and robust features, Square provides numerous benefits that can streamline your payment process. First and foremost, Square offers secure and PCI-compliant transactions, ensuring the safety of your customers' sensitive information. Additionally, Square provides transparent pricing with no hidden fees, allowing you to easily understand and manage your payment processing costs. Furthermore, Square offers seamless integration with various accounting and bookkeeping software, making it effortless to track and reconcile your transactions. Lastly, Square provides exceptional customer support, ensuring that any issues or concerns you may have are promptly addressed. Overall, utilizing Square for accepting credit card payments can greatly enhance the efficiency and professionalism of your science tutoring business.

Tips for maximizing your credit card payment acceptance

Accepting online payments is crucial for maximizing your credit card payment acceptance. Online payment solutions like Square make it easy for customers to pay for your science tutoring services conveniently and securely. With Square, you can accept credit card payments online, allowing your customers to pay from the comfort of their own homes. This not only increases convenience for your customers but also expands your reach to potential students who prefer online transactions. By offering online payment options, you can attract more customers and streamline your payment process, ultimately maximizing your credit card payment acceptance.

Final thoughts on accepting credit card payments with Square

Accepting credit card payments for your Science Tutoring Business with Square can be a game-changer. With Square's user-friendly platform and secure payment processing, you can easily provide your customers with a convenient and reliable way to pay for your tutoring services. Square offers a range of features and tools to help you manage your payments, track your earnings, and streamline your business operations. Whether you're just starting out or looking to expand your tutoring business, Square can help you accept credit card payments with ease. So, why wait? Start accepting credit card payments with Square today and take your Science Tutoring Business to new heights!
In conclusion, Square Instant Access is the perfect solution for small businesses looking for instant funds. With Square Instant Access, you no longer have to struggle to get the funds you need to grow your business. Say goodbye to lengthy loan applications and waiting periods. Square offers a seamless and efficient way to access funds, allowing you to focus on what really matters - running and expanding your small business. Don't miss out on this opportunity! Visit our website to learn more about Square Instant Access and start growing your business today.

Importance of a business bank account

A business bank account is of utmost importance for any business, including taxidermy studios. It provides a dedicated platform to manage financial transactions related to the business. One of the key benefits of having a business bank account is the availability of specialized business banking solutions. These solutions are tailored to meet the unique needs of businesses and offer a range of services such as online banking, merchant services, and payroll management. By opting for a business bank account, taxidermy studios can ensure efficient financial operations and separate their personal and business finances. Moreover, business banking solutions provide enhanced security measures to safeguard against fraud and unauthorized access. Therefore, it is crucial for taxidermy studios to consider the importance of a business bank account and explore the various benefits it offers.

Benefits of a free business bank account

A free business bank account offers several benefits that can greatly assist in managing your taxidermy studio finances. Firstly, it provides a dedicated account solely for your business transactions, separating personal and professional finances. This separation not only simplifies bookkeeping but also ensures accurate tax reporting. Additionally, a free business bank account often comes with features such as online banking, mobile banking, and electronic payment options, making it convenient to manage your finances anytime, anywhere. Furthermore, it allows you to build a professional relationship with your bank, which can be beneficial when seeking loans or other financial services in the future. Finally, having a free business bank account adds credibility to your taxidermy studio, as it demonstrates that you are a serious and legitimate business entity. Overall, the benefits of a free business bank account are numerous and can significantly contribute to the success and growth of your taxidermy studio.

Considerations when choosing a business bank account

When considering a business bank account for your taxidermy studio, there are several important factors to take into account. First, you should consider the fees associated with the account. Look for a bank that offers low or no monthly fees, as well as minimal transaction fees. Additionally, it's important to consider the bank's reputation and customer service. Look for a bank that has a strong track record of providing excellent customer service and support. Another important consideration is the bank's online banking capabilities. Make sure the bank offers a user-friendly online banking platform that allows you to easily manage your accounts and make transactions. Finally, consider any additional features or benefits that the bank may offer, such as overdraft protection or rewards programs. By carefully considering these factors, you can choose a business bank account that meets the unique needs of your taxidermy studio.

Researching Business Bank Accounts

Identifying banks that offer free business bank accounts

Identifying banks that offer free business bank accounts is crucial for entrepreneurs looking to start a new website with a bang. A business bank account provides a solid financial foundation for any venture, and finding one that offers free services can greatly reduce overhead costs. By conducting thorough research and comparing different banks, entrepreneurs can find the perfect fit for their taxidermy studio. It is important to consider factors such as account fees, transaction limits, and additional features like online banking and mobile apps. Start your taxidermy studio off on the right foot by choosing a bank that understands the unique needs of your business and offers free business bank accounts.

Comparing features and fees

When comparing features and fees of different business bank accounts for your taxidermy studio, it is essential to carefully evaluate each option. Consider the specific needs of your business, such as the number of transactions you anticipate, the ability to process online payments, and the availability of business loans or lines of credit. Additionally, pay close attention to the fees associated with each account, including monthly maintenance fees, transaction fees, and ATM fees. By thoroughly comparing the features and fees of different business bank accounts, you can make an informed decision that best suits the financial needs of your taxidermy studio.

Reading customer reviews and ratings

Reading customer reviews and ratings is an important step in the process of selecting a service or product. It provides valuable insights into the experiences of others and helps in making informed decisions. When it comes to traffic generation, customer reviews and ratings play a crucial role. They serve as social proof and can greatly influence potential customers. By reading reviews and ratings, individuals can get an idea of the effectiveness and reliability of different traffic generation methods. This information can guide them in choosing the most suitable strategies for their business. Moreover, customer reviews often contain helpful tips and recommendations that can further enhance the success of traffic generation efforts. Therefore, it is highly recommended to thoroughly read customer reviews and ratings when exploring traffic generation options.

Opening a Free Business Bank Account

Gathering required documents

Effective communication is crucial when gathering the required documents for opening a free business bank account for your taxidermy studio. By maintaining clear and concise communication with the bank representative, you can ensure that you provide all the necessary paperwork in a timely manner. This will help expedite the account opening process and avoid any unnecessary delays. Additionally, effective communication will also enable you to ask any questions or seek clarification on any document requirements, ensuring that you submit the correct information. Therefore, it is important to prioritize effective communication throughout the document gathering process.

Visiting the bank or applying online

Visiting the bank or applying online is the first step in getting a free business bank account for your taxidermy studio. Whether you prefer the traditional in-person approach or the convenience of online banking, we have you covered. Our seamless and user-friendly online application process makes it easy for you to apply from the comfort of your own home or office. Alternatively, if you prefer a more personal touch, our friendly and knowledgeable staff are available to assist you at any of our conveniently located branches. Powering all the ways you do business, our free business bank account provides the essential financial tools and services you need to manage your taxidermy studio with ease and efficiency.

Completing the application process

Completing the application process for a free business bank account for your taxidermy studio is a crucial step towards managing your finances efficiently. To ensure a smooth and successful application, it is important to gather all the necessary documents and information beforehand. Start by preparing your business registration documents, including your tax identification number and any licenses or permits required for operating a taxidermy studio. Additionally, gather your personal identification documents, such as your driver's license or passport, as well as proof of address. It is also advisable to have a clear understanding of your studio's financial needs and goals, as this will help you choose the right bank and account features. Once you have all the required documents and information, you can begin the application process by visiting the bank's website or contacting their customer service. Follow the instructions provided and provide accurate and complete information to increase your chances of approval. By completing the application process diligently, you can enjoy the benefits of a free business bank account, including high open rate subject lines.

Managing Your Free Business Bank Account

Setting up online banking

Setting up online banking is an essential step for any business, including taxidermy studios. It allows you to manage your finances conveniently and securely. One of the first things you need to do is create an account with a reputable bank that offers online banking services. With the rise of digital platforms, many banks now offer the option to open a business bank account online. This process is often quick and straightforward, requiring you to provide basic information about your business and upload any necessary documents. Once your account is set up, you can easily access your funds, make online transactions, and monitor your financial activities. To enhance your online presence and streamline your business operations, consider integrating your business bank account with your Wix website. This integration allows you to accept online payments, track sales, and manage your finances all in one place. By setting up online banking and integrating it with your Wix website, you can ensure a seamless and efficient financial management system for your taxidermy studio.

Tracking income and expenses

Tracking income and expenses is a crucial aspect of managing any business, including a taxidermy studio. By diligently monitoring the money coming in and going out, you can gain valuable insights into the financial health of your studio. This information is essential for making informed decisions, identifying areas for improvement, and ensuring compliance with tax regulations. Implementing a system for tracking income and expenses will not only help you stay organized but also enable you to accurately assess the profitability of your taxidermy business. Whether you choose to use accounting software, spreadsheets, or a combination of both, it is important to establish a consistent and reliable method for recording all financial transactions. Additionally, regularly reviewing and analyzing your income and expenses will allow you to identify trends, identify potential cost-saving measures, and make strategic financial decisions to support the growth and success of your taxidermy studio.

Utilizing banking tools and features

Utilizing banking tools and features is essential for the smooth operation of any business, including a taxidermy studio. One of the key aspects to consider when managing your finances is finding a free business bank account. A free business bank account not only helps you keep your personal and business finances separate but also provides you with a range of tools and features to manage your money effectively. With a free business bank account, you can enjoy features such as online banking, mobile banking, and access to a network of ATMs. These tools allow you to easily track your expenses, make payments, and monitor your cash flow. Additionally, some free business bank accounts offer perks like cashback rewards or discounts on business services. By utilizing these banking tools and features, you can streamline your financial management and focus on growing your taxidermy studio.

Maximizing the Benefits of a Free Business Bank Account

Taking advantage of fee waivers

One effective way to reduce costs when setting up a business bank account for your taxidermy studio is by taking advantage of fee waivers. By using Clubhouse, a reputable online banking platform, you can benefit from various fee waivers that can save you money in the long run. Clubhouse offers fee waivers for account maintenance, transaction fees, and international transfers, among others. This means that you can enjoy the convenience and security of a business bank account without having to worry about excessive fees. By utilizing Clubhouse's fee waivers, you can allocate your financial resources more efficiently and focus on growing your taxidermy studio.

Exploring additional banking services

When it comes to exploring additional banking services, small businesses often require a range of financial services to support their operations. One crucial aspect is finding the right financial services for small businesses. These services can include business loans, credit lines, merchant services, and cash management solutions. By partnering with a bank that specializes in catering to the needs of small businesses, entrepreneurs can access a suite of tailored financial solutions that can help them grow and thrive. Whether it's securing a business loan to expand their taxidermy studio or obtaining merchant services to streamline payment processing, small business owners can benefit from a comprehensive range of financial services offered by banks.

Building a strong relationship with your bank

Building a strong relationship with your bank is crucial for the success of your taxidermy studio. By establishing open lines of communication and demonstrating financial responsibility, you can gain the trust and support of your bank. Regularly reviewing your account statements, promptly addressing any issues, and maintaining a positive credit history are essential steps in building this relationship. Additionally, taking the time to understand your bank's policies and procedures will ensure that you are able to navigate the banking system effectively. By building a strong relationship with your bank, you can access the benefits of a free business bank account, such as lower fees and personalized financial solutions, for your taxidermy studio.

Conclusion

The importance of a free business bank account

A free business bank account is of utmost importance for any taxidermy studio. It not only helps in managing the financial transactions of the business but also ensures transparency and credibility. With a dedicated business bank account, taxidermy studio owners can separate their personal and business finances, making it easier to track expenses, calculate taxes, and monitor cash flow. Additionally, having a free business bank account provides a professional image to clients and partners, instilling trust and confidence in the business. By choosing a free business bank account, taxidermy studio owners can save on unnecessary fees and charges, allowing them to allocate more resources towards growing their business. Therefore, it is crucial for every taxidermy studio to prioritize obtaining a free business bank account to streamline their financial operations and establish a solid foundation for success.

Choosing the right bank for your needs

When it comes to choosing the right bank for your needs, it's important to consider the features and services they offer. One bank that stands out in the market is Square Banking. With its innovative and user-friendly platform, Square Banking offers a range of features designed to meet the specific needs of businesses, including taxidermy studios. One of the key highlights of Square Banking is its comprehensive banking features. From easy account setup to seamless integration with accounting software, Square Banking provides a hassle-free banking experience for taxidermy studio owners. Additionally, Square Banking offers competitive interest rates, low fees, and convenient mobile banking options, making it an ideal choice for those looking for a free business bank account. By choosing Square Banking, taxidermy studio owners can enjoy the benefits of a reliable and efficient banking solution that caters to their unique needs.

Managing your account effectively

Managing your account effectively is crucial for the success of your taxidermy studio. It allows you to keep track of your finances, monitor your expenses, and ensure that your business is running smoothly. One important aspect of managing your account is payment processing for travel agencies. This is a key consideration for taxidermy studios that offer their services to travel agencies. By implementing efficient payment processing systems, you can streamline your financial transactions and provide a seamless experience for your clients. To achieve this, it is important to choose a reliable payment processor that offers secure and convenient payment options. With the right payment processing solution, you can easily accept payments from travel agencies and ensure timely and accurate transactions. By prioritizing effective account management and payment processing for travel agencies, you can enhance the financial stability and growth of your taxidermy studio.
In conclusion, Square is the ultimate solution to power your entire business. With Square, you can sell anywhere, diversify your revenue streams, streamline your operations, and manage your staff. Get paid faster and sign up for Square today to experience the benefits of a powerful business tool. Start maximizing your business potential now!

I'm getting ready for my third colonoscopy this Friday (thanks to my family history), and I'm not feeling great about the doctor's office. It took me a week to get my questions about prep answered via phone (I ultimately had to escalate this problem to a patient advocate to have them intervene), and I'm unable to message them electronically (they've literally turned off their messaging for everyone).
I want to get this procedure over with, and I'm wondering how I can advocate to get the care and consideration I need. I can't go to another clinic because of my insurance. Any advice or reassurance? I think this is mostly an issue with office management as opposed to medical staff, but it still makes me uneasy.

Hi everyone
Can you check if my itinerary is doable or if I'm missing any important activity?
Day 1: Arrival and Exploring Asakusa
Cultural Sites: Senso-ji (Asakusa Kannon Temple) Nakamise Shopping Street Culinary Experience: Lunch at Sansada (tempura) Dinner at Asakusa Imahan (Sukiyaki) Tokyo Skytree
Day 2: Tokyo's Pop Culture and Nightlife
Pop Culture: Akihabara (electronics shops, anime culture) Harajuku (kawaii culture, Takeshita Street) Culinary Experience: Lunch at Yabu Soba (traditional soba noodles) Dinner at Piss Alley (yakitori) Nightlife: Golden Gai (tiny bars) in Shinjuku
Day 3: History and Culture
Historical Sites: Imperial Palace Cultural Experience: Ueno Park (museums, zoo) Koishikawa Korakuen (traditional Japanese garden) Culinary Experience: Lunch at Innsyoutei (unagi)
Day 4: Modern Tokyo
Modern Attractions: Odaiba (teamLab Borderless, Rainbow Bridge) Culinary Experience: Lunch at Ramen Kokugikan Mai (ramen) Dinner at Hamayu (teppanyaki) Day 5: Shopping and Farewell
Shopping: Ginza (high-end brands, local boutiques) Culinary Experience: Lunch at Sukiyabashi Jiro (sushi) Dinner at Kamiya Bar (beef stew) Optional Sightseeing: Tsukiji Outer Market (culinary adventure) Hama-Rikyu Gardens (tranquil oasis) Day 6: Literature and Books in Jimbocho
Literary Exploration: Jimbocho (bookstore district) Culinary Experience: Lunch at a curry house in Jimbocho
Disclaimer: This was partially generated by chat gpt.

And honestly with the whole damn system.
My kid has been on Concerta for two years. The doctor can only prescribe refills for 6 months at a time. Usually, when we run out of refills at the pharmacy, we can call the doctor's office and have her send a new set electronically, without seeing the doctor in person.
I called to do that today, and the desk admin completely misunderstood me and refused to accept my explanation. She insisted that my kid has a lapsed prescription and needs to go through the whole evaluation process all over again, no matter how many times I explained, No, this is a current and active prescription, we just need the doctor to send a new order to the pharmacy again. (Wouldn't their prescription history be on their chart?? The one she was looking at?? Couldn't she just look at her fucking computer and verify what I was telling her???)
She said she'll check if the doctor will approve the prescription without the consult (🙄🙄🙄) and scheduled us for a consult anyway. Which of course is not until JUNE 13th.
Which leaves my kid trying to manage the final month of 8th grade UNMEDICATED. We've worked so hard to get them to this point. We have so many supports and accommodations in place, and they have to put in twice the amount of work as NT students to get C's and B's. If they didn't ALSO have meds, they would have solid D's and F's.
I know the school stuff will eventually get easier for them, it did for me; and the high school is structured completely differently in a way that I think will be MUCH easier on them. I know they aren't going to flunk out of middle school or anything. I just feel so frustrated on their behalf that NOW of all times, they might have to forgo meds again, and they're going to have to work that much harder just to stay afloat.
All because the medicine they need is a controlled substance. Stay classy, DEA!

It’s a little scattered doing it on my phone. I’ll get home and clean it up. But I want peoples input. I really think this would work and it’s totally realistic. I think CIG needs some guidance and the medical changes offer the perfect moment to add these features in the game.
I have been a developer for years and I can see CIG trying balance what’s realistic and what they promised. Every startup I was with came to a point where they realized their proposals were far too aggressive, and the higher ups would not even listen to ideas unless they were easy to implement.
So, I’ve been trying to come up with ideas that take minimal effort for maximum gains. These are fairly simple, but will add depth or will lay the groundwork for easy future development.
I think this is the perfect topic for my first idea. The medical system is tricky, but so important. Right now, the medical system is boring and doesn’t add much to the game and with a few tweaks it could add 25% more and be a major part imo while feeling more immersive and satisfying both parties. We need to look to other amazing games like Eve online and cyberpunk imo.
The hard-core fans want investment and death to cost. Now that I am older and have a family, I understand how hard it is to balance that in time to play Now that I am older and have a family, I understand how hard it is to balance that and time to play. It’s really hard to get your average gamer to want to invest 30 minutes to simply respawn.
So in my opinion, we need a system that…

1. Makes death inconvenient and costly but with several ways to pay the “bill”, not only costly at that moment so the player decides quitting is easier.
   
2. Makes the game far more immersive and makes the game deeper, not shallower. In real life in the future, in the future, medical would be a vast portion of warfare and finance and exploration and exploitation. Not just a glorified HP counter.
   
3. Makes all medical ships useful and relevant. Cannot have a shallow system where one ship is clearly the best.
   
4. Makes healthcare and biology affect all the other parts of the game…. It is our bodies and minds after all. In the future, the wealthy will modify their bodies, just like their ships.
   
5. Uses a lot of these modules that are currently window dressing, but have amazing application. Things like blood pressure and reflex times and damage reduction and bio scanners and the HUD and incorporates it to a tiered clone system.
   

TLDR is We need a Cyberpunk / Eve style futuristic bio medical system with weapons and implants that completely change a persons capabilities and a jump clone system that reflects this. T5-T1 clones 5 being a throwaway and 1 being a Spartan from Halo. T1 would have the exact HUD we have now with additional systems. T4 and less is like the game in photo mode with nothing. People take for granted how much information you get from the HUD and who would really have access to it?
The beauty of this is while it sounds like a lot and would add 25-50% more careers, economys, gameplay and strategy’s from a gameplay perspective. Its actually not much at all from a development point of view. It would reuse all of the current systems now, and add a few skills like scanning / hacking and weapons like EMP, Darts to humans. Generally, this is how it would work.
T5 clone is a meat bag with a 4 hour life used as a spare tire. It’s the base level. Operated similar to when you’re drunk because The damage from the cryo. You can do stuff, but you are very limited. They can be carried around in 1 SCU containers or special lockers in big ships for dangerous work like reactor repairs etc.
T4 clone is a meatbag the same we are inhabiting right now IRL. Basically this is exactly like you turning off the game hud in photo mode. These cannot be cold stored and reused. No HUD or endgame information input at all outside of your Moby glass watch.
T3 clone is the first of the implants. It can take one implant. Combat might allow thermal vision or the local map and radar and crosshair. Exploration might have the ability to bookmark or see things on your HUD that you scanned from your ship. Conversation might add elements to charisma and talking people into doing things, getting better prices on goods, or hearing rumors about opportunities, etc. Covert allow you to scan people and check their inventory and run checks on who they are, what crimes they have committed, etc.
Basically it’s a stripped down version of the hud that’s active all the time even without helmets. It has to work in tandem with your mobi. You have to select one element.
T2 clone has upgraded reflexes, can run longer, survive more dmg and has the complete HUD suite. It has the bandwidth and upgrades to support 1 implant and 1 physical modification. Everything CIG has been adding can be added to the HUD but you have to switch between exploration, combat, conversation, covert etc. 1 physiological mod or weapon. Like a brain hacking chip that can open ship doors, and emp that shut down all electronics in a 20 m radius for 15 seconds or a drone or fiber optics camera. Then there are all the illegal modifications like hidden blades, Multi launchers with everything from neurotoxin to EMP darts.
T1 clone is very costly and made for combat and for solo explorers who need complete autonomy. 20% more hp, and basically 20% better everything. It has the complete HUD with the ability to Connect to the data stream of two ships in your party. If your buddys ship detect an enemy ship coming in it would pop up in your actual vision as a big red square with information. You would have the ability to zoom without a helmet on and have limited scanning just like your ships function on everything.
It could 2 implants. 1 legal and 1 illegal implant. Emp, Hacker etc
It also has two physical modifications. Blades, darts etc
Also the tier 2 and 1 are the only clones that are not harmed using heavy or power armor. The others are slowly harmed by s by the rapid and jarring servos, etc. so they are all time limited.
Imagine how amazing this would make the universe in general. You would have ripper docs implanting stolen, or military implants. Corpses would now be valuable if they had upgraded organs for implants. People would become targets just for their implants.
If you killed an assassin coming after you, you could take his cool tools.
Sometimes corpses could be worth as much as a ship. You could actually ransom back bodies.
You could have a repo men coming to collect the implants. Organ traders and human traffickers.
But it would also make T1 and 2 ships completely necessary in combat because they were the only ones who could rec clone military units.
Best of all. All of this code is already there. All of the heads up display and all these cool features they’ve been adding Would be the implants themselves.
The game the Way it is it doesn’t make sense that a Moby glass can produce all of this data. It makes the game more immersive as well.
It doesn’t have to be over the top like cyberpunk. But we almost have brain implants now and everything is going wireless, you really think in the future they’re gonna be wearing a wristwatch? Everything will be brain implant and wetware.
With these easy changes, we solve our medical problems and add a ton of depth along with the ability to add as much depth as we want.
All you would need is to create the UI for this, but the game already has a lot of that with its biological scanners. All the balancing could happen by biologically if you’re using implants, etc.
Jump clones would cost a lot of money to make, and healthcare in real life is one of the most expensive things. But just like the hospital doesn’t make you pay your bill the moment you’re out of surgery, we need to spread the cost to a later time.
The time the player needs to respawn is usually after they have already planned and loaded up and executed, but didn’t succeed. This is time where casual players set aside their block of playable hours. (when the kids are asleep and wife is watching something etc) So by making it too costly at that moment, ( 30 minutes to an hour, getting geared up and in ship flying back) your odds are they will just quit, which is not engaging for other players and your odds of a major war or event go down drastically. What’s good for the game and what was so successful in Eve was the fights after the opening.
Instead the front loading all the time investment, Charge 5-25k for the biomaterial. spread the cost of the death to a later time and let them pay off their debt when they log back in.
We also want to make the smaller tier 3 ships necessary while not killing the t1 and 2 beds.

**Introduction**
In 2024, the world teetered on the brink of all-out global warfare as numerous active combat zones threatened to escalate into catastrophic conflicts. One such hotspot was Ukraine, where the Russian winter offensive inflicted devastating casualties on both sides. Faced with dwindling options, President Vladimir Putin made a fateful decision that would alter the course of history: the deployment of a tactical nuclear warhead on the Ukrainian capital of Kiev. This act was intended to deal a crippling blow to the Ukrainian government and serve as a stark warning to NATO, signaling Russia's willingness to employ nuclear weapons in defense against perceived Western aggression. As the countdown to impact began, Officer Blake Collins, a US Special Forces commander stationed in Kiev, received a chilling call from the Office of President Joe Biden, informing him of the inbound nuclear missile and advising him to seek shelter, bracing for the inevitable blast.
**Part 1**
The detonation was nothing short of cataclysmic. As the nuclear bomb engulfed the heart of Kiev, millions perished instantaneously in a maelstrom of destruction. In response to the attack, the United States declared war on the Russian Federation, retaliating with a tactical nuclear strike on Leningrad. This exchange of nuclear blows marked the point of no return, as Putin ordered a full-scale first strike against NATO, launching over 1200 nuclear weapons at more than 500 targets, predominantly major cities. The USA countered with over 1000 nuclear missiles aimed squarely at Russian territory. Within a mere 24 hours, the world as it was known ceased to exist.
**Two weeks after the blast...**
Commander Blake Collins reflects on the harrowing moment of the explosion, narrowly escaping the devastation of Kiev. Fleeing towards France amidst the desolation, he bore witness to the widespread ruin that now plagued the world. Amidst the chaos, he sought to establish a semblance of order, setting up a base in Paris and extending a helping hand to fellow survivors. With a small farm, access to clean water, and shelter for a few souls, hope flickered amidst the darkness.
**Three weeks after the blast...**
Encountering Rose, a former nurse, during a scavenging excursion, Blake extends an invitation to join his fledgling community. Her medical expertise proves invaluable as she tends to his wounds, sustained in a confrontation with an assailant. Meanwhile, Revere, another survivor with technical proficiency, joins their ranks, enhancing their base's infrastructure and capabilities.
**Part 2**
**Three months after the blast...**
Amidst burgeoning hope, the community expands under Blake and Rose's guidance. With Revere's expertise, they fortify their base and establish essential systems for survival. Dubbed "New Hope," their settlement symbolizes a beacon of resilience in a ravaged world. As their numbers swell, they institute a governing council, with Rose as president, Blake as Head of Security, and Revere as Head of Infrastructure.
**Four months after the blast...**
New Hope faces its first trial by fire as raiders descend upon them under cover of darkness. Despite sustaining losses, including Blake's trusted lieutenant, Rudy, the community repels the attackers, vowing to fortify their defenses against future assaults. Amidst the tragedy, hope perseveres, albeit tinged with the harsh reality of their new existence.
**Six months after the blast...**
Reflecting on six months of rebuilding, Blake takes pride in New Hope's progress. With fifty residents, essential services, and even a sense of normalcy, their once-fledgling settlement now resembles a thriving township. However, the specter of danger looms large, prompting Blake to lead raids against marauding gangs in defense of their newfound home. Amidst the turmoil, a ray of light shines as Blake and Rose anticipate the arrival of their first child.
**Twelve months after the blast...**
Surveying the burgeoning fields and bustling community of New Hope, Blake reflects on his journey from devastation to triumph. His dream of rebuilding amidst the ruins has become a reality, a testament to human resilience and determination. As he signs off, Commander Blake Collins leaves behind a legacy of hope amidst the ashes of a shattered world.

In a lot of sci-fi, people often dismiss surface defenses, or make them overpowered or ridiculous. And in another direction, orbital bombardment's effectiveness is quite overstated when we look at the history of warfare. In particular for surface defenses though, wet navies at sea get overlooked. Certain writers will fight tooth and nail to keep infantry, tanks, planes, and artillery in a story, then laugh at the idea of a space marine ever setting foot in water. But why? Submarines are naturally stealthy, and theoretically can avoid getting shot from orbit by diving. Yet they'll be dismissed or ignored. A surface vessel has 71% of the globe to maneuver in, potentially more on another planet, and it can carry a large reactor and plenty of weapons of any kind. Yet it is generally taken for granted that all surface vessels would be sunk immediately in any conflict, and are worthless. Other criticisms abound, yet the most common threads are presumption or omission. There is an undercurrent that consistently believes the ability to destroy a planet will make all enemies submit, when that hasn't stopped us since Trinity. I submit that naval vessels are underutilized, and could be more useful than expected, as a mobile source of energy and firepower that's bigger than anything ever put on land, and through their maneuverability have an advantage no stationary installation can match in terms of survivability and strategic deployment.
The arguments generally made against naval vessels are that a wet navy ship can't hide. You can't throw a tarp over it like you can infantry, tanks, or planes. Critics will insist that a seagoing vessel will be instantly lit up, it will be a target that will immediately be destroyed. If a submarine pops up to fire, they'll get nuclear depth charge'd or shot with a laser. Here's a few questions; what's the difference between that and infantry? Why have ground forces at all? Some critics will ask that exact question. In some circles it's presumed that space warfare makes all other kinds of conflict obsolete, or that significant firepower does the same thing. The ability to destroy a planet has done nothing to dissuade us from having conventional war. But that's what we've always said with any new weapon. The Templin Institute video on planetary invasion had a great description of this.
https://youtu.be/XgN5yq362_s
Before WWII, strategic bombing was seen as a game ender. It's effects on breaking the enemy's will to fight is dubious at best. Strategic bombing and nuclear weapons did nothing to end war, or force the enemy to surrender. Even with Hiroshima and Nagasaki, that was a country at its breaking point after fifteen years of near-constant conflict, and five years of a global war. And still, some holdouts tried to stage a coup to prevent the emperor from surrendering.
After WWII, there were those who believed the nuclear age put an end to conventional war. The air force insisted the Navy and Marines were obsolete. This was part of a conflict that would be known as the Revolt of the Admirals. Air Force General Frank A Armstrong was quoted in Nathan Miller's "The US Navy: A History":
"You gentlemen had better understand that the Army Air Force is tired of being a subordinate outfit. It was a predominant force during the war, and it is going to be a predominant force during the peace, and you might as well make up your minds whether you like it or not, and we do not care whether you like it or not. The Army Air Force is going to run the show. You, the Navy, are not going to have anything but a couple of carriers that are ineffective anyway, and they will probably be sunk in the first battle. Now as for the Marines, you know what the Marines are, a small bitched-up army talking Navy lingo. We are going to put those Marines in the Regular Army and make efficient soldiers out of them."
This was accompanied by:
"In the age of atomic warfare, the fast carrier task force was regarded as an anachronism, and such a massive concentration of ships was seen as being more vulnerable to the bomb than any other weapon system...some strategists doubted that the navy would have an important part to play in the future...Admiral Nimitz, then chief of naval operations, pointed out the same thing had been said about the navy when the submarine, the torpedo, and the airplane were introduced. 'While the prophets of naval doom are shouting themselves hoarse, the Navy will be at work to make the changes needed to accommodate American sea power to the new weapons,' he declared..."
They can't think of a war without nuclear weapons. Then the very first war we came across after WWII, Korea, they could not use nuclear weapons at all. Political, economic, or military reasons could all make orbital bombardment less than desirable in certain situations. The situation might prevent it politically. There's limited wars, there's rules of engagement, there's resources you need, there's stuff you want. On the other side of the equation the weapons might not show the results you expect. They might not be accurate, they might be affected by some new flaw, they're just not what you hoped. Or the enemy is more capable than you expect.
Heinlein said in Starship Troopers that "War is not violence and killing, pure and simple; war is controlled violence, for a purpose." Clausewitz once said that "War is a mere continuation of policy by other means". And I say that the ability to destroy a planet is insignificant compared to the power of "why on earth would you do that". If your goal is to conquer a planet, simply glassing it won't get you anything. If you wish to conquer and seize land, you need to send troops. You need someone to hold it and die for it.
So why in the world must this apply to everything but the wet navy? You will see people with big garrisons, you'll see Bolo cybertanks with megaton-per-second firepower, you'll see infantry doing guerilla warfare, you'll even see aircraft. Why is the wet navy seen as so obsolete in sci-fi circles? The largest vehicle ever built in the real world is the ship Seawise Giant, nearly twice the size of the Hindenburg, the largest flying machine ever built, and longer than the largest aircraft carriers ever. This means that a future battleship, carrier, or other vessel could be just as big and carry enormous weapons. Yet still folks insist that because surface ships can't throw a tarp over themselves, that they'll be sitting ducks.
Submarines I've noticed in some circles are a solution. They are small, sneaky, and can use lasers as much as missiles. Others say that they're vulnerable when launching, hence the laser idea. One cool idea I've seen is a boat that extends out big laser arrays on the surface connected by a tether to the sub hiding deep underwater, so that if the laser is shot the submarine is safe beneath the waves. Yet just as often when this idea is proposed, it is claimed that if a submarine pops up, they'll be bombed, insisting that satellites have advanced too far. I don't know enough to speak to that, but there's a lot of ocean. What do you gain by wasting ammo dropping rocks on 71% of the planet just to be sure they don't have a submarine hiding? Wouldn't that be an excellent reason to have submarines, just so the enemy has to waste ships patrolling and not hitting the land targets?
The arguments eventually circle around to "we can nuke it". First of all, the ocean is big and it is deep. You'd trash the environment, including things you might want to conquer, if you vaporized thousands of square kilometers of sea water to kill a single hundred-meter sub. As I must repeat, the ability to destroy a planet is insignificant compared to the power of "why on earth would you do that?" During the Cold War, despite having the ability to glass the planet, we still built tanks, ships, and artillery, because there are certain kinds of war, certain modes of operation, certain things that don't involve total annihilation, because so often that's not what war is about. If you want to conquer a planet, you have to take it. The Soviets being able to annihilate Washington didn't magically alter the fact that they didn't have the ships to move any troops to hold it.
A submarine is one thing. If that can survive, why not a surface ship? Again, that tarp thing would be the answer. "They're sitting ducks!" One must ask why? During the Cold War, carriers were vulnerable, sure, but we still built them, and they can carry nukes too. And they can do a lot more things than a battleship can, from disaster relief to moving the crew's cars. A surface ship can be stealthy, just not as much as a sub. They can carry larger weapons than a sub, with more power to put through them.
While it's said a surface ship can't hide, neither can a starship, it's sitting up there shedding heat like mad. A surface ship has the whole planet to play with.
http://www.rocketpunk-manifesto.com/2009/06/space-warfare-i-gravity-well.html
One scenario pitched to me recently is a bunch of corvettes and frigates loaded down with missiles and lasers that shoot their wad in the opening salvos like a lot of Cold War plans. But does it have to be that small?
Let me be clear. Current generations of naval vessels likely wouldn't stand a chance. But they create an interesting precedent, because there exist multiple anti-satellite(ASAT) weapon projects that we could extrapolate for use on a surface vessel. We have a ton of projects, from the MIRACL directed-energy weapon, to the ASM-135 air-launched missile, the YAL-1 Airborne Laser(ABL), to the RIM-161 Standard Missile 3(not technically anti-satellite, it's an anti-ballistic missile that has been used in ASAT roles). These are ground-based, air-launched, and sea-based. We also can think about space guns, i.e. weapons used to launch projectiles into space. Project HARP in the 1960s used modified 16-inch naval guns to launch projectiles high into space. They succeeded, and a mass driverailgun would likely be able to get the same performance out of a smaller package. Keep in mind, these weapons don't need to achieve orbit, they just need to hit something in orbit, so they can be much smaller. They were flawed, and less than accurate, but they do exist. So this means that we can speculate on the future of these weapons if they were more mature. And all of these could be mounted on relatively conventional platforms. Size isn't everything, yet a war machine's power isn't in just its armor, but in its ability to deliver offensive power as much as defensive power.
The MIRACL was ground-based, and not mobile; they tried to use it to shoot at a satellite. It didn't work well, they ended up using a smaller less powerful weapon for the job. The YAL-1 ABL was a 747 modified with a weapon of the same output as the MIRACL, only airborne. The ASM-135 was attached to a squadron of unmodified F-15s that would go into supersonic zoom climbs to launch the missiles. The RIM-161 is an anti-ballistic missile mounted on standard AEGIS VLS cells that has successfully intercepted satellites. 16-inch guns have been used on battleships for years. And with newer technologies, you don't need anything that dramatic, or that big. In the 1970s, the US experimented with an eight-inch gun mounted on a destroyer. That project didn't go very far, but it did function, and it means big guns can be mounted on small ships.
So, let me lay it out. F-15s(which people have considered using for aircraft carriers), conventional VLS cells, and cannons have precedent for being able to intercept spacecraft. Modern stealth systems do exist even for surface vessels, they can't hide as well, but they can carry a larger variety of weapons, and more powerful reactors than a sub. This creates precedent that modern destroyers, or something similar, and aircraft carriers, could serve a role in space warfare. As for surviving orbital bombardment? Super-cavitation is a process for reducing drag on a ship or a weapon's hull as it travels through the water. We also have hydrojets, hydrofoils, and other technologies that are deployed or in the works. Increasing the speed of a surface ship could be the difference between life and death for it.
A futuristic carrier group might consist of a carrier, smaller than ours perhaps, equipped with futuristic air-breathing aircraft, protected by destroyers and submarines. These destroyers are armed with energy weapons, missiles, and cannons capable of firing at targets in orbit. The submarines can do the same thing. The carrier can provide air support to land-based units and fire at the enemy in space without having to worry about needing specialized runways or that they might get hit in a first strike. The escorts can shoot at the enemy, provide gunfire support when needed, and light out at a hundred knots to escape the blast of an orbital bomb.
Now, there are certainly challenges. What warrants posting a large force like this on a planet that might not have any fighting? I'm not sure that is easy to answer, though one thought is to ask what's the point of the Kansas National Guard? They're not likely to see any combat anytime soon. On the other hand, navies in our world exist to fight potential threats. Depending on a setting, your colony world might only have one faction there. Having a trained naval force might be very useful for disaster relief and keeping the peace.
There's also reason for water-based Marines, with amphibious assault ships and all the bells and whistles therein; big transports, air cushion landing craft, helicopters, etc. What if the enemy lands across the continent? Or across an ocean? Might you need sea transportation? Imagine if you didn't have surface defenses. You have militia to play guerilla, and orbital defenses, and your colony only settled on one of two continents on the planet. The enemy blows up your orbital defenses, then steals some mining equipment and sets up a whole operation on the other side, eating up your planet's resources, sending them off to the war effort, while you're completely helpless because the biggest boat you have is a yacht. You can't fight back without being bombed, but you can't even fight back without that because you don't have any missiles, lasers, or any other weapons capable of hitting their ships, and more than that, you can't even get your four thousand militia over there to destroy the mine. A futuristic carrier group would make all the difference here, with access to amphibious assault equipment and other gear that can move in one go what could take months by helicopter.
One thing that keeps coming back in this debate is "but they could get bombed, why bother investing in them?" In the Cold War, trillions were invested in technologies they knew would get annihilated in any conflict. That a first strike could wipe out all our bombers and missiles in one stroke. And that is what second strike capability is about, the ability to hit back even if they hit you first. No matter how much you destroyed, no matter how many ships you sank, missiles you found, or bombers you shot, you could never ever be sure the enemy couldn't drop a hundred more nukes on you hidden somewhere. If even a single plane, a single fighter jet, with a single pilot, got through, millions would die. So much of modern warfare is based on the idea that this advanced weapon could easily be wiped out in a master stroke.
I submit that wet naval vessels are underutilized in sci-fi circles, and could be more useful than expected, as a mobile source of energy and firepower that's bigger than anything ever put on land, and demonstrate strategic mobility and survivability their maneuverability have an advantage no stationary installation can match. They can respond to threats all over a planet, and engage with the enemy in space. Like how nuclear weapons didn't end the age of the carrier, I doubt orbital bombardment would put an end to the sea.
Let me know your thoughts, or suggestions you have for using sea vessels in the context of space warfare!

If you ask other RVers which national park is their favorite, someone is bound to mention Joshua Tree National Park in Southern California. It's a camper's paradise with wide open space and panoramic views.
Most evenings, the landscape glows at golden hour, and the sky turns from red hot at sunset to dark blue and star-filled at night. You can enjoy the remoteness of the park but also its proximity to Palm Springs and the Coachella Valley.
Take the time during your visit to enjoy the endless roads of the desert landscape, play on the rock formations, and, of course, marvel at the Joshua Trees.

Why Visit Joshua Tree National Park?

The first reason to visit Joshua Tree National Park is to see its famous and fascinating Joshua Trees. Since the Mojave desert is the only place in the world where they grow naturally, Joshua Tree National Park is the best place to see them.
These trees range between 15-40 feet tall and can live an impressive 150 years. They’re members of the Yucca family and appear as though they're from a different planet, with limbs unpredictably jetting out like they have their own minds.
Another great reason to visit Joshua Tree National Park is the warm weather and abundance of sunshine. It’s no secret that RVers love to snowbird and the Californian desert is a wonderful place to be during the spring and fall months. You’ll enjoy sunny days and clear nights, perfect for dry camping with solar panels.

When to Visit Joshua Tree National Park

Joshua Tree National Park is open year-round, but the best times to visit are during the spring and fall months. Park elevations range from 536 feet to 5,814 feet above sea level, so expect conditions to vary depending on where you go in the park.
Here’s more information on the seasonal weather in Joshua Tree.

Spring

Spring is a very popular time in the park because the temperatures range from the mid-60s in February to the mid-70s in April. Depending on the year, wildflower blooms can be seen in the latter part of spring at the lower elevations within the Pinto Basin.

Summer

Due to extreme desert heat (+100℉ days are the norm), the park is pretty quiet during the summer. Late in the summer, monsoon season hits Joshua Tree, which cools down the daytime temperatures but can also lead to flash flooding in valleys and ravines.

Fall

Monsoon season continues into the fall, but it soon gives way to one of the best times to visit. Temperatures from August into October fall from the upper 90s into the low 80s, and evening temperatures range from the low 70s to the low 50s, on average.

Winter

In the heart of winter, the park's average daily temperature is 60 degrees Fahrenheit, which is perfectly comfortable, but the nights get cold and often drop to freezing. Overnight temperatures in December and January average in the mid-30s.
Check the park’s website for the latest weather alerts and condition updates.

Where to Stay

Joshua Tree National Park is pretty remote and expansive. You'll want to stay a few days. Unlike other national parks, there are no lodges or resorts for overnight accommodations. There are eight developed campgrounds, however, and camping out under the stars at Joshua Tree is an unforgettable experience.
Here are a few important things to be aware of ahead of time if you plan to camp in Joshua Tree.

Reservation versus First-Come, First-Served

Four of the developed campsites require reservations. They’re larger than the first-come, first-served campgrounds, and some offer water and flush toilets. These campgrounds fill up very quickly. We recommend planning well in advance.

Reservation Required Campgrounds

• Black Rock Campground
• Cottonwood Campground
• Indian Cove Campground
• Jumbo Rocks Campground

Black Rock and Cottonwood are the most developed campgrounds (water, toilets, sanitation dump) and are the only campgrounds you can stay in if you have a larger rig.
Black Rock has six sites that can accommodate rigs with a total length (tow vehicle included) of 38-40 feet and seven sites up to 42 feet. Cottonwood has around twenty-five campsites that can accommodate rigs slightly longer than 35 feet.
Indian Cove and Jumbo Rocks both have a few spots for RVs up to 35 feet in total length. If you have a rig larger than 35 feet, site availability may be considerably limited.

First-come, First-served Campgrounds

These campgrounds are great options if you have a smaller rig and the good fortune of securing a site. During the popular season, these campgrounds fill every weekend and often during the week, as well.

• Belle Campground
• Hidden Valley Campground
• Ryan Campground
• White Tank Campground

These are primitive campgrounds, so you will need to bring (and carry out) everything you’ll need during your stay.

Staying Outside the Park

If you’re unable to find a site in the park or you’re looking for a campground with more amenities, here are a few nearby campgrounds:

• TwentyNine Palms RV Resort and Cottages: About 10 minutes from the north entrance.
• Sam’s Family Spa and Resort: About 45 minutes from the main visitor center.
• Catalina Spa and RV Resort: About 50 minutes from the main visitor center.
• Palm Springs Oasis RV Resort: About 45 minutes from the south entrance.
• Indian Waters RV Resort and Cottages: About 30 minutes from the south entrance.

Invest in a Good Sam Membership and save 10% on nightly stays at Good Sam Campgrounds.

Tips for Your Camping Stay

• Reservations for the reservable campgrounds can be made up to six months in advance.
• Reserve using the links below or by calling 1-877-444-6777.
  • Black Rock Campground
  • Cottonwood Campground
  • Indian Cove Campground
  • Jumbo Rocks Campground
• No campgrounds in the park offer electric RV hookups.
• Generator use is restricted to 7-9 am, noon-2 pm, and 5-7 pm.
• Hammocks are not permitted in campgrounds and must be hung from rocks or climbing bolts elsewhere to protect the park’s sensitive vegetation.
• Backpacking is permitted in the park, but it requires more advanced planning and preparation.

How To Get Around

Nestled between I-10 and California SR 62, Joshua Tree is located in Southeastern California and is easy to access. Several towns nearby, including Palm Springs, Indio, and Twentynine Palms, make perfect supply stops before entering the park.
Indio is the last best stop on I-10 if you’re entering the park from the south. The park’s south entrance is located off Exit 168, about 30 minutes east of Indio. The park also offers a west entrance on Quail Springs Road, about 10 minutes southeast of the town of Joshua Tree. And the north entrance is just ten minutes south of Twentynine Palms on Utah Trail.
Several paved roads allow you to traverse the park, but going from site to site can require long drive times. The most frequented sites are located near the northern edge of the park, so if you’re coming from the south along I-10, you’ll be driving through the park for an hour or so before you spot your first Joshua Tree.

Places to Go

There are many places to visit in the park that offer a variety beyond the infamous trees. It’s a unique location that features the intersection of two desert ecosystems.

Cholla Cactus Garden

The Cholla Cactus Garden is its own special area and is unlike any other part of the park. Be sure to enjoy the flat, ¼-mile nature trail to get the best look at the cacti. This patch of cacti is incredible because it mostly consists of Teddybear Cholla, which is the star of the cactus world.
The Cholla Cactus Garden is so impressive, and you’ll love snapping photos of these majestic plants. Their beauty changes throughout the day depending on how the sunlight hits them. A small word of advice, look but don’t touch. Ouch!

Arch Rock

Arch Rock is a very popular rock formation located a half-mile from White Tank Campground. The loop trail is easy to follow and a perfect activity for the whole family. Of course, the Arch Rock itself is the thing people most want to see, but there's lots of space to wander around and explore the other rock formations, too.
It’s also a very popular place for night photography and stargazing. If interested, White Tank Campground is a really convenient place to stay because of its proximity to the trailhead.

Keys View

Keys View is a popular lookout that offers incredible panoramic views of the park and the Coachella Valley. If beautiful scenery is your thing, make sure to visit Keys View. It’s about a 20-minute drive from the main road to the lookout via Keys View Rd.

Ryan Mountain

One of the most popular activities in the park is the hike to Ryan Mountain. This 3-mile round trip trail leads to the summit, where you’ll be treated to sweeping 360-degree views. The hike is listed as challenging by the NPS, so be sure to bring plenty of water and expect changing weather conditions.

Things to Do

The combination of the Mojave Desert and the Colorado Desert makes Joshua Tree a wonderful desert wilderness to explore. Here are some of the most popular activities in the park:

Hiking

Hiking is a great way to get off the road and experience more of the desert landscape. The National Park Service offers plenty of safety tips for hiking in Joshua Tree, and here are some of the park’s most popular trails:

• Barker Dam Trail: An easy 1.1-mile trail with interpretive exhibits containing information on park history. It’s a popular place for viewing bighorn sheep from a safe distance.
• Oasis of Mara Trail: A 0.5-mile trail to explore a desert oasis and learn how it’s harbored human and animal life for centuries.
• Lost Horse Mine Trail: A moderate 4-mile out and back trail to explore what was once the area’s most successful gold mine.
• Mastodon Peak Trail: A moderate 3-mile loop trail with an optional scramble to the top of a granite peak.
• Lost Palms Oasis Trail: A challenging 7.5-mile out and back trail down a canyon to one of the park’s most remote fan palm oases.

The Park Service DOES NOT recommend attempting challenging hikes in the heat due to the elevated risk of sun exposure and dehydration.

Mountain Biking

The majority of the park’s paved roads are not suitable for road cycling. However, several backcountry roads are perfect for mountain bikes. There are even three campsites within Ryan Campground dedicated to cyclists.
Be aware that bikes are only allowed on roads open to vehicle traffic but that the main park roads do not offer bike lanes or wide shoulders. Consult the park’s website for safety tips and road recommendations before biking in Joshua Tree.

Photography

Photographers love Joshua Tree because of the variety it contains. From sunrise to sunset, photographers can find landscapes, animal inhabitants, and even human visitors to place in frame.
Commercial photography does require a permit, and if you’re interested in expanding your knowledge, the Desert Institute offers field courses in partnership with the Joshua Tree National Park Association.

Stargazing

Stars can be hard to come by in urban areas like San Diego and Los Angeles, but Joshua Tree is a different story. Designated as an International Dark Sky Park, it offers some of the best stargazing in all of Southern California.
After the sun goes down, keep your headlamp in red light mode to preserve your night vision. Your eyes will need less time to adjust when you lie down to see how many shooting stars you can count!

Rock Climbing

Rock climbing, in addition to bouldering and slacklining, is another great activity to enjoy in the park. To date, there are more than 8,000 known climbing routes, over 2,000 bouldering problems, and numerous natural rock gaps that make the perfect spot to set up a slackline.
On a busy weekend, the park may have hundreds of climbers enjoying their slice of this monzogranite mecca. So be sure to follow Leave No Trace Principles and familiarize yourself with the park’s climbing management plan before your visit.

What to Bring and How to Prepare

• The desert can be dangerous, and the weather can change quickly. Check the forecast frequently and pack layers to prepare for changing conditions.
• The remote location means there is no cell service in many parts of the park. Communicate your plans to loved ones or authorities ahead of time, especially if traveling alone.
• Investing in a cell signal booster may improve cell reception in areas with limited service.
• A quality camping cooler is a great way to keep food and beverages cold in the heat of the desert.
• Bring an extra canopy tent and ensure your awning is in good condition so you can escape direct sunlight during the heat of the day.
• Keep up with air conditioner maintenance to regulate the temperature inside your RV.
• For the latest info on visiting Joshua Tree, visit their website: Joshua Tree National Park.

Brief History of Joshua Tree National Park

Despite its harsh desert environment, humans have inhabited the area that is now Joshua Tree for more than 5,000 years. In the modern era, the biggest threats to this natural environment were land developers and cactus poachers.
In the late 1920s, a Pasadena resident named Minerva Hoyt began voicing her concerns about the unregulated removal of cacti and other desert plants to be used in home gardens throughout Los Angeles.
In a relatively short time, her conservation efforts resulted in the formation of the Joshua Tree National Monument in 1936. The original protected area encompassed roughly 825,000 acres but was reduced by about 265,000 acres in 1950 when the Park Service excluded certain mining parcels in the eastern part of the park.
On Halloween in 1994, the Desert Protection Bill passed and Joshua Tree was elevated to national park status. The bill also added back approximately 234,000 acres of what had been lost in the 50s.
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Have you been to Joshua Tree National Park? Share your tips and advice in the comments below.

Hello,
My(m33) buddy(m35)was served via Facebook messenger. It got sent to his message request’s folder. This is for a parenting order of a child he has never met, and never knew existed even, as he was incarcerated at the time she (f37)discovered she was pregnant.
She had several sexual partners aside from him. In Alberta you must go for child support in order to get your income support for children. She did not serve him, her friend sent it. The mother has permission to serve via electronic means, but it only said HERSELF and would this include Facebook messenger? Seems kind of…. Iffy. As well, she has a history of this with other men. Has 5 children, zero custody of any. She also has sent him fake emails over the last two years (from her own account, which made me laugh) stating she is a lawyer and he needs to provide paternity.
And yes the grammar is far worse than this post in said emails.
She is saying he will have to pay to prove he’s not the father. She never even gave him the chance to discover her was going to be one. He has two children whom he takes care of. He’s not a dead beat.
Is serving someone via Facebook messenger via your friend okay? I understand having permission but it doesn’t state a friend can do it. It’s very vague.
She is also a heavy drug user, and before any of this, she was using heavily, and had been charged with assaulting him. She would then sleep with other men. This entire situation is a mess.
She has recently relapsed. At the end of the day he will do what is right, which is take care of the child should it be his. But was the servicing done properly? Also, we have some ways of showing that she is just taking a shot in the dark at him being the father, so why should he have to pay for a paternity test?
Any info would be appreciated. Thank you kindly internet!