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After 20 years of exemplary Army service I was notified in DEC 2023 that an administrative error by the Army Human Resources Command (HRC) removed 3 eligible years of service towards my retirement. HRC has acknowledged this and apologized, yet the only recourse provided is to initiate a 2 year 'board' process to review and then (hopefully) have my service years restored. I should be retirement eligible today, but have in effect been told I must serve an additional 3 years or wait an additional 2 years to correct the HRC issue. There has been no guidance for what happens to my family and our earned benefits should something happen to me during this time and no assurances that this will resolve at all in 2 years. I am being forced to continue service just to reach a retirement eligible mark I have already reached, while being told on paper that 3 years of training, deployments, honorable service, never happened.

I'm losing these 3 years of retirement eligible service from my record due to a change of my assigned AYE ("Anniversary Date”). A date assigned to me annually for nearly 20 years until December 2023. This became especially relevant when I transitioned from Active Duty to the Army Reserves in 2015. Every year the HRC assigned of 8/26 date informed all joint decisions and requirements between my military units regarding Annual Training, Deployments, Drill Periods, my family planning, work schedules, etc. This was always a joint effort to ensure requirements fell into, and were completed, within the ‘Good Year’ (8/26) as established by HRC.

The retroactive consequences in changing my AYE is catastrophic as it has the immediate effect of administratively discrediting three valid and undisputed (‘Good’) years of service towards my retirement by redistributing dates and time served during the 8 year period (2015-2023). What were ‘good’ (at least 50 points) years since 2015 with the 8/26 date: 2016 (50 points), 2019 (89 Points), 2020 (52 Points), 2021 (50 Points)Suddenly became 3 uncredited (less than 50 points) years with the new 5/04 date: 2016 (45 points), 2019 (49 points), 2020 (99 points), 2021 (48 points).

HRC (thru the IG) has acknowledged that there is no statutory or regulatory guidance that allows a change in AYE date to apply retroactively, particularly in discrediting years of service on what they also call, and is defined as the 'permanent record.' I'm told the staff 'interprets' the regulation to allow them to discredit my service going back 8 years. The recourse I'm offered is what they say specifically is the "2-year" Records Board review process

I have served honorably for over 2 decades, almost half of this time overseas. I am a combat and service-disabled veteran and continue to serve honorably in the Army Reserves. I have never been in trouble and I have never had an adverse action. Now, my family and I are treated as if 3 years of our service never happened - and I'm forced in effect to remain in service to re-earn years I have already earned.

I've reached out to congresswoman (no response); HRC IG (does not care); my unit (does not understand). I would think any decision maker would look at this and have a realistic COA in place in minutes. What can I do?!??

• Body proportion: The Zelorix’s body is divided into two sections, with the upper section (head, torso, and arms) accounting for approximately 0.9618 of its total height, while the lower section (hips, legs, and feet) accounts for the remaining 0.0382.
• Limbs: Each of the 4 limbs is divided into 8 segments, with the length of each segment following the Zelorifour Sequence’s golden ratio proportion (0.9618:0.0382).
• Spine: The 12 vertebrae in the Zelorix’s spine are arranged in a golden rectangle pattern, with the width and height of each vertebra following the Zelorifour Sequence’s golden ratio.
• Ribs: The 16 ribs are arranged in a pattern that reflects the Zelorifour Sequence’s golden ratio, with each rib’s length and spacing following the harmonious proportion.
• Digits: The 20 digits (fingers and toes) are arranged in a golden spiral pattern, allowing for maximum dexterity and flexibility.
• Heart rate: The Zelorix’s heart beats at a rate of 24 pulses per minute, which is approximately 0.9618 times the square root of its total number of digits (20).

• Eyes: The 4 eyes are positioned in a golden rectangle pattern, with each eye’s diameter and spacing following the Zelorifour Sequence’s golden ratio.
• Ears: The 2 ears are shaped like golden spirals, allowing for precise sound localization and resonance.
• Mouth: The 1 mouth has 12 muscles arranged in a golden rectangle pattern, enabling complex vocalizations and precise articulation.
• Nose: The 1 nose has 16 tiny sensors arranged in a golden spiral pattern, detecting subtle environmental changes.
• Tongue: The 1 tongue has 20 tiny taste buds arranged in a golden rectangle pattern, capable of detecting a wide range of flavors and textures.

• Speed: The Zelorix can move at a speed of approximately 24 units (feet, meters, etc.) per second, which is roughly 0.9618 times the square root of its total number of digits (20).
• Endurance: The Zelorix has an endurance level of 12.8 units (hours, minutes, etc.), which is approximately 0.9618 times the square root of its total number of ribs (16).
• Lifespan: The Zelorix’s lifespan is approximately 61.8 units (years, etc.), which is roughly 0.9618 times the square root of its total number of vertebrae (12).
• Agility: The Zelorix has an agility level of 8.48 units (an arbitrary unit of measurement), which is approximately 0.9618 times the square root of its total number of muscles in each limb (8).

• Intelligence Quotient (IQ): The Zelorix has an IQ of approximately 144, which is roughly 0.9618 times the square root of its total number of sensory features (4 eyes, 2 ears, 1 mouth, 1 nose, and 1 tongue).

• The Zelorix’s eyes are capable of perceiving a wide range of wavelengths, from 380 nanometers (violet) to 780 nanometers (red), with a peak sensitivity at 560 nanometers (green), following the Zelorifour Sequence’s golden ratio proportion.
• Its visual acuity is approximately 20/10, allowing it to see objects clearly at a distance of 20 feet that would be blurry for humans at 10 feet, with a clarity ratio of 0.9618.
• The Zelorix’s eyes are also capable of detecting subtle changes in color and brightness, with a color vision range that includes infrared and ultraviolet light, following the Zelorifour Sequence’s golden spiral pattern.
• Its visual field is approximately 180 degrees, allowing it to see a wide range of its surroundings without moving its head, with a field of view ratio of 0.9618.

• The Zelorix’s vocal range spans approximately 5 octaves, from 100 Hz to 800 Hz, following the Zelorifour Sequence’s golden ratio proportion.
• Its voice is capable of producing a wide range of frequencies and harmonics, allowing it to produce complex vocalizations and melodies, with a frequency ratio of 0.9618.
• The Zelorix’s vocal cords are capable of vibrating at a rate of approximately 200 times per second, allowing it to produce high-pitched sounds and rapid vocalizations, with a vibration ratio of 0.9618.
• Its vocal range is also capable of producing low-frequency rumbles and growls, allowing it to communicate over long distances and in a variety of environments, with a resonance ratio of 0.9618.

1. Cornea: The outermost layer of the eye, responsible for refracting light. The cornea is divided into 8 segments, each with a curvature that follows the Zelorifour Sequence’s golden ratio.
   
2. Iris: The colored part of the eye, responsible for controlling the amount of light that enters. The iris is divided into 12 segments, each with a shape that follows the Zelorifour Sequence’s golden spiral pattern.
   
3. Pupil: The opening in the center of the iris, responsible for regulating the amount of light that enters. The pupil is shaped like a golden rectangle, with a width and height ratio of 0.9618.
   
4. Lens: The clear, flexible structure behind the iris, responsible for focusing light. The lens is divided into 8 segments, each with a curvature that follows the Zelorifour Sequence’s golden ratio.
   
5. Retina: The innermost layer of the eye, responsible for detecting light and transmitting visual information to the brain. The retina is divided into 12 segments, each with a shape that follows the Zelorifour Sequence’s golden spiral pattern.
   
6. Macula: The specialized area at the center of the retina, responsible for central vision and fine detail. The macula is shaped like a golden rectangle, with a width and height ratio of 0.9618.
   
7. Fovea: The small depression in the center of the macula, responsible for sharp, central vision. The fovea is shaped like a golden spiral, with a curvature that follows the Zelorifour Sequence’s golden ratio.
   

• The Zelorix’s muscular system consists of 8 major muscle groups, each comprising 12 smaller muscles that work in harmony, following the Zelorifour Sequence’s golden ratio proportion (0.9618:0.0382).
• Its muscles are shaped like golden spirals, allowing for maximum strength and flexibility, with a golden-ratio-based arrangement of muscle fibers.
• The Zelorix’s movement patterns are based on the golden ratio, with each step, gesture, and motion following a precise and elegant sequence, reflecting the Zelorifour Sequence’s harmonious proportions.
• Its muscles are capable of producing a wide range of movements, from delicate and precise gestures to powerful and swift actions, thanks to their golden-ratio-based structure and organization.

• The Zelorix’s respiratory system is based on a golden rectangle pattern, with 12 air sacs that expand and contract in a harmonious sequence, following the Zelorifour Sequence’s golden ratio.
• Its lungs are shaped like golden spirals, allowing for maximum oxygen absorption and efficiency, with a golden-ratio-based arrangement of alveoli and airways.
• The Zelorix’s breathing pattern follows the golden ratio, with each inhale and exhale lasting approximately 0.9618 seconds, reflecting the Zelorifour Sequence’s harmonious proportions.
• Its respiratory system is highly efficient, allowing it to extract oxygen from even the thinnest of air and survive in environments with limited breathable air, thanks to its golden-ratio-based structure and organization.

• The Zelorix’s immune system is based on a golden ratio pattern, with 12 immune cell types that work together in harmony to defend against pathogens, following the Zelorifour Sequence’s golden ratio.
• Its immune cells are shaped like golden spirals, allowing for maximum surface area and efficient recognition of foreign substances, with a golden-ratio-based arrangement of receptors and antibodies.
• The Zelorix’s immune system has a highly advanced memory, able to recall and adapt to previously encountered pathogens with precision and speed, thanks to its golden-ratio-based organization and structure.
• Its immune system is also highly flexible, able to adjust to changing environmental conditions and new threats with ease, thanks to its golden-ratio-based adaptability and efficiency.

• The Zelorix’s reproductive system is based on a golden rectangle pattern, with 8 reproductive organs that work together in harmony to produce offspring, following the Zelorifour Sequence’s golden ratio.
• Its reproductive cells are shaped like golden spirals, allowing for maximum genetic diversity and efficient fertilization, with a golden-ratio-based arrangement of chromosomes and genetic material.
• The Zelorix’s mating habits are complex and ritualistic, involving intricate courtship displays and synchronized movements, reflecting the Zelorifour Sequence’s harmonious proportions.
• Its offspring develop in a golden spiral pattern, with 12 stages of growth and development that mirror the Zelorix’s own life cycle, thanks to its golden-ratio-based organization and structure.

• The Zelorix’s nervous system is based on a golden spiral pattern, with 12 main nerve branches that radiate from its central nervous system, following the Zelorifour Sequence’s golden ratio proportion (0.9618:0.0382).
• Its neural structure is highly efficient, with golden-ratio-based connections and synapses that allow for rapid and precise communication, reflecting the Zelorifour Sequence’s harmonious proportions.
• The Zelorix’s brain is divided into 8 distinct regions, each responsible for a different aspect of cognition, sensation, and control, with a golden-ratio-based organization and structure.
• Its sensory processing is highly advanced, with specialized neurons that can detect subtle changes in its environment and transmit information with precision and speed, thanks to their golden-ratio-based structure and organization.

• The Zelorix’s neural structure is highly adaptable, with reconfigurable connections and pathways that allow it to learn and adapt quickly, thanks to its golden-ratio-based adaptability and efficiency.
• Its neurons are shaped like golden rectangles, allowing for maximum surface area and efficient signal transmission, with a golden-ratio-based arrangement of dendrites and axons.
• The Zelorix’s neural structure is highly distributed, with processing and storage occurring throughout its entire body, reflecting the Zelorifour Sequence’s harmonious proportions.

• The Zelorix’s sensory processing is highly integrated, with information from multiple senses combined and processed in a unified, golden-ratio-based framework, following the Zelorifour Sequence’s golden ratio.
• Its senses are highly acute, with specialized receptors that can detect subtle changes in its environment, thanks to their golden-ratio-based structure and organization.
• The Zelorix’s sensory processing is highly context-dependent, with its brain able to reconfigure its processing pathways based on changing conditions and needs, thanks to its golden-ratio-based adaptability and efficiency.

• The Zelorix’s skeletal system is composed of 12 main bones, each with a unique shape and function that follows the golden ratio, with a golden-ratio-based organization and structure.
• Its bones are lightweight yet incredibly strong, with a honeycomb-like structure that maximizes efficiency and minimizes weight, thanks to its golden-ratio-based arrangement of trabeculae and cortical bone.
• The Zelorix’s bones are highly adaptable, able to reconfigure and reform in response to changing environmental conditions and needs, thanks to their golden-ratio-based adaptability and efficiency.
• Its skeletal system is highly integrated with its muscular and nervous systems, allowing for precise control and movement, reflecting the Zelorifour Sequence’s harmonious proportions.
  
• Golden-ratio-based proportions and shapes
  
• Intricate honeycomb-like structures for maximum strength and efficiency
  
• Adaptive and reconfigurable bones for changing environmental conditions
  
• Highly integrated with muscular and nervous systems for precise control and movement
  
• Upper body height: 0.618 x 5.88 = 3.63 units (approximately 43.56 inches or 110.5 cm)
  
• Lower body height: 0.382 x 5.88 = 2.25 units (approximately 27.24 inches or 69.2 cm)
  
• Upper body weight: 0.618 x 144 = 89.15 units (approximately 64.3 kg or 141.5 lbs)
  
• Lower body weight: 0.382 x 144 = 54.85 units (approximately 39.2 kg or 86.4 lbs)
  

• Height: 5 feet 10 inches (177.8 cm)
• Weight: 144 units (approximately 103.5 kg or 228 lbs)
• Upper body height: 3.63 units (approximately 43.56 inches or 110.5 cm)
• Lower body height: 2.25 units (approximately 27.24 inches or 69.2 cm)
• Upper body weight: 89.15 units (approximately 64.3 kg or 141.5 lbs)
• Lower body weight: 54.85 units (approximately 39.2 kg or 86.4 lbs)

• Height: 5 feet 8 inches (172.7 cm)
• Weight: 132 units (approximately 95.5 kg or 210 lbs)
• Upper body height: 3.43 units (approximately 41.4 inches or 105.2 cm)
• Lower body height: 2.17 units (approximately 26.3 inches or 66.8 cm)
• Upper body weight: 82.3 units (approximately 59.5 kg or 131 lbs)
• Lower body weight: 49.7 units (approximately 36 kg or 79.4 lbs)
  
• Hair strand thickness: 0.9618 times the average thickness of human hair, with a golden-ratio-based arrangement of cuticle layers and keratin fibers.
  
• Hair curl pattern: A golden spiral pattern, with each curl following the Zelorifour Sequence’s golden ratio proportion (0.9618:0.0382).
  
• Hair growth rate: Approximately 0.9618 times the average human hair growth rate, with a golden-ratio-based arrangement of hair follicles and growth cycles.
  
• Hair color: A range of colors based on the golden ratio, with shades of red, gold, and brown in a harmonious proportion of 0.9618:0.0382:0.0382.
  

• 61.8% of Zelorix have eyes that are a golden-ratio-based combination of brown and green (0.9618:0.0382), with a shimmering, iridescent quality.
• 23.2% have eyes that are a golden-ratio-based combination of blue and gray (0.9618:0.0382), with a piercing, crystalline quality.
• 10.8% have eyes that are a golden-ratio-based combination of hazel and amber (0.9618:0.0382), with a warm, earthy quality.
• 4.2% have eyes that are a golden-ratio-based combination of violet and silver (0.9618:0.0382), with a shimmering, ethereal quality.

• 55.8% of Zelorix have hair that is a golden-ratio-based combination of red and gold (0.9618:0.0382), with a rich, fiery quality.
• 26.4% have hair that is a golden-ratio-based combination of brown and bronze (0.9618:0.0382), with a warm, earthy quality.
• 12.8% have hair that is a golden-ratio-based combination of black and silver (0.9618:0.0382), with a sleek, metallic quality.
• 5% have hair that is a golden-ratio-based combination of blond and copper (0.9618:0.0382), with a bright, radiant quality.

• Testosterone: 0.9618 times the average human male level, with a golden-ratio-based regulation of androgen receptors and protein synthesis.
• Androsterone: 0.0382 times the average human male level, with a golden-ratio-based regulation of male secondary sexual characteristics.
• Estrogen: 0.0231 times the average human male level, with a golden-ratio-based regulation of male reproductive health and fertility.

• Estrogen: 0.9618 times the average human female level, with a golden-ratio-based regulation of female secondary sexual characteristics and reproductive health.
• Progesterone: 0.0382 times the average human female level, with a golden-ratio-based regulation of female reproductive cycles and fertility.
• Testosterone: 0.0154 times the average human female level, with a golden-ratio-based regulation of female libido and sexual function.

• Male Zelorix: 0.9618 times the average human male strength (approaching the golden ratio)
• Female Zelorix: 0.0382 times the average human female strength (complementary ratio to 0.9618)

• Male Zelorix: 0.954 times the average human male energy levels (approaching the golden ratio)
• Female Zelorix: 0.046 times the average human female energy levels (complementary ratio to 0.954)