Radiating arm pain using crutches

Since I have been under assault the funding for directed energy weapons has absolutely exploded.
Directed Energy development budget growth from 2014- 2023.
-2014- $1,630.6M
-2023: "US$6.4 billion in 2023 and is projected to grow at a CAGR of 19.6% during the forecast period 2024-2034."

News June 30, 2014
Conducted And Directed Energy Weapons To Drive Non-Lethal Weapons Market Growth
The concept of a weapon that is designed merely to temporarily incapacitate, with little or no lasting injury, is relatively new. The development of non-lethal weapons can be viewed as a consequence of the rise of democratic values. The use of lethal force on a nation’s own citizens is often met with dissent and criticism in democracies. The rise of non-lethal weapons has taken place in the last two decades. Non-lethal weapons for anti-personnel purposes have become increasingly high in demand from law enforcement agencies across the world. The new report has calculated that in 2014 the market will be worth $1,630.6M.
The new report, now available on ASDReports, Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement. This report finds overall market growth over the forecast period as more nations enter the market and technological advances realise new capabilities.
A detailed analysis of the latest political, economic and technological trends lies at the heart of the reports unparalleled quantitative and qualitative analysis of the non-lethal weapons market. The new report assesses that global spending on non- lethal weapons will amount to $1630.6m in 2014, or the start of the forecast period covered by this report. This 239 page report is packed with 205 tables, figures and charts that illustrate key trends in the market at the global level, 2 submarkets, and in 15 leading national markets. The report profiles 17 leading non- lethal weapons companies. The report also contains interviews with expert members within the industry and details of more than 150 relevant non-lethal weapons contracts and programmes.
“Non-lethal anti-personnel systems such as conducted energy weapons, less-lethal ammunition, tear gas and pepper spray have proven capabilities in crowd control situation. Our research indicates that non-lethal anti-personnel weapons are becoming increasingly high in demand particularly from law enforcement agencies.
In recent years, advances in energy weapon technology both Conducted Energy Weapons (CEW) for anti-personnel utility and Directed Energy Weapon (DEW) technology predominantly for anti-vehicle have highlighted the demand for such systems, particularly in nations with more advanced armed forces.
Furthermore, efforts of nations such as India, Brazil and South Africa to modernise their armed forces and security services will provide significant new market opportunities. It is believed that a lowering of barriers to entry with technological advancements made over the past decade will create new demand for a range of non-lethal systems. This new demand will drive growth within the market.”
The Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement report will be of impressive value to current and future investors into the industry, as well as to companies and research centres who wish to broaden their knowledge of the non-lethal weapons market.

Conducted And Directed Energy Weapons To Drive Non-Lethal Weapons Market Growth
The concept of a weapon that is designed merely to temporarily incapacitate, with little or no lasting injury, is relatively new. The development of non-lethal weapons can be viewed as a consequence of the rise of democratic values. The use of lethal force on a nation’s own citizens is often met with dissent and criticism in democracies. The rise of non-lethal weapons has taken place in the last two decades. Non-lethal weapons for anti-personnel purposes have become increasingly high in demand from law enforcement agencies across the world. The new report has calculated that in 2014 the market will be worth $1,630.6M.
The new report, now available on ASDReports, Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement. This report finds overall market growth over the forecast period as more nations enter the market and technological advances realise new capabilities.
A detailed analysis of the latest political, economic and technological trends lies at the heart of the reports unparalleled quantitative and qualitative analysis of the non-lethal weapons market. The new report assesses that global spending on non- lethal weapons will amount to $1630.6m in 2014, or the start of the forecast period covered by this report. This 239 page report is packed with 205 tables, figures and charts that illustrate key trends in the market at the global level, 2 submarkets, and in 15 leading national markets. The report profiles 17 leading non- lethal weapons companies. The report also contains interviews with expert members within the industry and details of more than 150 relevant non-lethal weapons contracts and programmes.
“Non-lethal anti-personnel systems such as conducted energy weapons, less-lethal ammunition, tear gas and pepper spray have proven capabilities in crowd control situation. Our research indicates that non-lethal anti-personnel weapons are becoming increasingly high in demand particularly from law enforcement agencies.
In recent years, advances in energy weapon technology both Conducted Energy Weapons (CEW) for anti-personnel utility and Directed Energy Weapon (DEW) technology predominantly for anti-vehicle have highlighted the demand for such systems, particularly in nations with more advanced armed forces.
Furthermore, efforts of nations such as India, Brazil and South Africa to modernise their armed forces and security services will provide significant new market opportunities. It is believed that a lowering of barriers to entry with technological advancements made over the past decade will create new demand for a range of non-lethal systems. This new demand will drive growth within the market.”
The Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement report will be of impressive value to current and future investors into the industry, as well as to companies and research centres who wish to broaden their knowledge of the non-lethal weapons market.

https://www.rfglobalnet.com/doc/conducted-energy-weapons-drive-non-lethal-weapons-0001

Visiongain Publishes Directed Energy Weapons (DEW) Market Report 2024-2034
26 February 2024
Defence
Visiongain has published a new report entitled Directed Energy Weapons (DEW) Market Report 2024-2034: Forecasts by Type (Lethal Weapons, Non-lethal Weapons), by System (Anti-Satellite (ASAT) DEW, Electromagnetic Railgun Systems, Counter-Drone DEW Systems, Other), by Technology (High-Energy Lasers (HEL), High-Power Microwaves (HPM), Sonic Weapons, Electromagnetic Weapons, Other), by Application (Ground-Based DEW for Military Bases, Airborne DEW for Aircraft Defence, Naval DEW for Ship Defence, Homeland Security, Critical Infrastructure Defence, Other) AND Regional and Leading National Market Analysis PLUS Analysis of Leading Companies AND COVID-19 Impact and Recovery Pattern Analysis.
The global directed energy weapons (DEW) market was valued at US$6.4 billion in 2023 and is projected to grow at a CAGR of 19.6% during the forecast period 2024-2034.
Requirement for Cost-Effective Defense Solutions
The requirement for cost-effective defense solutions amidst constrained defense budgets is driving the adoption of directed energy weapons by military organizations worldwide. Traditional kinetic weapons and missile defense systems involve high procurement, operation, and maintenance costs, making them economically unsustainable for many defense budgets. Directed energy weapons offer a more cost-effective alternative with reduced ammunition costs, minimal logistical footprint, and lower lifecycle expenses. For example, the deployment of laser-based counter-UAV systems by military forces provides a cost-effective means of defending against small unmanned aerial threats compared to conventional missile-based interceptors.
Increasing Investments in Directed Energy Programs
The increasing investments in directed energy programs by government agencies, defense contractors, and research institutions are driving innovation and growth in the global directed energy weapons market. Countries such as the United States, China, Russia, and European nations are allocating substantial funding to accelerate the development and deployment of directed energy technologies for military applications. These investments support research and development initiatives aimed at enhancing the performance, reliability, and operational capabilities of directed energy weapons across various platforms. For instance, the U.S. Department of Defense's Directed Energy Weapons Directorate (DEWD) oversees a range of directed energy programs focused on advancing laser, microwave, and radiofrequency technologies for military use.
How has COVID-19 had a significant negative impact on the Directed Energy Weapons (DEW) Market?
The COVID-19 pandemic has had a discernible impact on the directed energy weapon (DEW) market, influencing various aspects of its development, production, and deployment. One notable effect has been the disruption of supply chains and manufacturing processes. Lockdowns, restrictions on movement, and workforce limitations imposed to curb the spread of the virus have led to delays in production schedules and the availability of essential components for DEW systems. This has, in turn, affected the overall pace of development and delivery of directed energy weapons.
Financial constraints have emerged as another significant impact of the pandemic on the directed energy weapon market. Many defence budgets faced reallocations and adjustments to address the immediate healthcare and economic challenges posed by the pandemic. Consequently, some defence programs, including those related to advanced technologies like DEWs, experienced budgetary constraints, slowing down investment and procurement processes.
Operational disruptions have affected the testing and validation phases of DEW systems. Social distancing measures and limitations on gatherings have impeded the ability to conduct field trials and exercises. These constraints have slowed down the evaluation and validation of directed energy weapons in real-world scenarios, hindering progress in achieving operational readiness.
How will this Report Benefit you?
Visiongain’s 372-page report provides 113 tables and 198 charts/graphs. Our new study is suitable for anyone requiring commercial, in-depth analyses for the global directed energy weapons (DEW) market, along with detailed segment analysis in the market. Our new study will help you evaluate the overall global and regional market for Directed Energy Weapons (DEW). Get financial analysis of the overall market and different segments including type, system, technology, and application and capture higher market share. We believe that there are strong opportunities in this fast-growing directed energy weapons (DEW) market. See how to use the existing and upcoming opportunities in this market to gain revenue benefits in the near future. Moreover, the report will help you to improve your strategic decision-making, allowing you to frame growth strategies, reinforce the analysis of other market players, and maximise the productivity of the company.
What are the Current Market Drivers?
Need for Precision and Lethality in Modern Warfare The need for precision and lethality in modern warfare scenarios drives the adoption of directed energy weapons by defense forces worldwide. Traditional kinetic weapons, such as missiles and artillery shells, often result in collateral damage and unintended casualties, limiting their effectiveness in densely populated urban environments and sensitive infrastructure areas. Directed energy weapons offer a more precise and controlled means of engaging targets, minimizing collateral damage and civilian casualties while maximizing lethality against enemy assets. For example, the U.S. Air Force's Tactical High Energy Laser (THEL) system demonstrates the capability of DEWs to engage and destroy incoming artillery shells and rockets with pinpoint accuracy, reducing the risk to friendly forces and civilian populations.
Growing Threat of Ballistic Missile and Hypersonic Weapons The growing threat posed by ballistic missile proliferation and the development of hypersonic weapons systems is driving the demand for directed energy weapons as a viable defense solution. Ballistic missiles and hypersonic glide vehicles pose significant challenges to existing missile defense systems due to their high speeds, maneuverability, and unpredictable trajectories. Directed energy weapons offer a potential solution for intercepting and neutralizing ballistic missiles and hypersonic threats in the boost, mid-course, and terminal phases of flight. For instance, the concept of using high-energy lasers or particle beams to intercept and destroy incoming missiles in near-real-time is being explored as a cost-effective and reliable defense against advanced missile threats.
Where are the Market Opportunities?
Advancements in Compact and Mobile Directed Energy Platforms Advancements in compact and mobile directed energy platforms are expanding the operational flexibility and deployment options for directed energy weapons in military environments. Traditional directed energy systems were often large, stationary installations limited to fixed bases or naval vessels, which restricted their mobility and deployment agility. However, recent technological advancements have led to the development of compact, lightweight, and mobile directed energy platforms that can be integrated into various military platforms, including ground vehicles, aircraft, and dismounted soldier systems. For example, the development of man-portable laser weapons, such as the U.S. Army's Mobile Experimental High Energy Laser (MEHEL) system, enables ground troops to engage and neutralize threats with precision and speed in diverse operational environments.
Need for Counter-UAS and Counter-Swarm Capabilities The proliferation of unmanned aerial systems (UAS) and the emergence of drone swarms as asymmetric threats are driving the demand for directed energy weapons with counter-UAS and counter-swarm capabilities. Unmanned aerial vehicles (UAVs) and drone swarms pose challenges to conventional air defense systems due to their small size, agility, and swarm tactics, making them difficult to detect and intercept using traditional kinetic weapons. Directed energy weapons offer a rapid and effective means of countering UAS threats by providing continuous, 360-degree coverage, rapid engagement, and scalable lethality. For instance, ground-based laser and microwave systems deployed in urban areas or critical infrastructure sites can detect and neutralize hostile drones and swarms with precision, protecting assets and personnel from aerial threats.
Competitive Landscape
The major players operating in the directed energy weapons (DEW) market are BAE Systems PLC, Blue Halo, Elbit Systems Ltd, Honeywell International Inc, L3Harris Technologies, Inc, Leonardo S.p.A, Lockheed Martin Corporation, Moog Inc, Northrop Grumman Corporation, Rafael Advanced Defence Systems Ltd., Raytheon Technologies Corporation, Rheinmetall AG, Textron Inc, Thales Group, The Boeing Company. These major players operating in this market have adopted various strategies comprising M&A, investment in R&D, collaborations, partnerships, regional business expansion, and new product launch.
Recent Developments
24 Sept 2023, Raytheon Technologies Corporation has entered into collaboration with Northrop Grumman to develop a prototype High-Power Microwave (HPM) weapon system for maritime applications.
04 June 2023, Lockheed Martin and Rafael Advanced Defence Systems partnered to manufacture 100 kW fiber-class laser weapons for the IRON BEAM project, aiming to defend Israel against rockets, mortars, and drones.
Notes for Editors If you are interested in a more detailed overview of this report, please send an e-mail to [contactus@visiongain.com](mailto:contactus@visiongain.com) or call +44 (0) 207 336 6100.
About Visiongain Visiongain is one of the fastest-growing and most innovative independent media companies in Europe. Based in London, UK, Visiongain produces a host of business-to-business reports focusing on the automotive, aviation, chemicals, cyber, defence, energy, food & drink, materials, packaging, pharmaceutical and utilities sectors.
Visiongain publishes reports produced by analysts who are qualified experts in their field. Visiongain has firmly established itself as the first port of call for the business professional who needs independent, high-quality, original material to rely and depend on.Visiongain Publishes Directed Energy Weapons (DEW) Market Report 2024-2034
26 February 2024

https://www.visiongain.com/dew-market-report/

Hello! I've been looking into visiting Oaxaca this year. I understand that some popular neighborhoods to stay in are Centro, Zocalo, Santo Domingo, Jalatlaco, Reforma, etc.
I've been reading some posts about armed muggings - some seem to be on the outskirts of Centro, which was where I was originally planning to stay. I was wondering if muggings are common in certain areas / streets? Are some neighborhoods safer to stay in than others?
Do the muggings mainly happen after dark? I've been told to take a taxi after 9pm. Is Didi safe for solo female travelers?
I understand muggings can happen anywhere in the world, travelers should use common sense, and Oaxaca has a reputation for being a safe city, but the reports have made me a bit nervous. I've been mugged in my hometown, but weapons weren't involved, and I don't want to be looking over my shoulder my entire trip, especially as a solo traveler without connections in the city ... Thank you!

Since I have been under assault the funding for directed energy weapons has absolutely exploded.
Directed Energy development budget growth from 2014- 2023.
-2014- $1,630.6M
-2023: "US$6.4 billion in 2023 and is projected to grow at a CAGR of 19.6% during the forecast period 2024-2034."

News June 30, 2014
Conducted And Directed Energy Weapons To Drive Non-Lethal Weapons Market Growth
The concept of a weapon that is designed merely to temporarily incapacitate, with little or no lasting injury, is relatively new. The development of non-lethal weapons can be viewed as a consequence of the rise of democratic values. The use of lethal force on a nation’s own citizens is often met with dissent and criticism in democracies. The rise of non-lethal weapons has taken place in the last two decades. Non-lethal weapons for anti-personnel purposes have become increasingly high in demand from law enforcement agencies across the world. The new report has calculated that in 2014 the market will be worth $1,630.6M.
The new report, now available on ASDReports, Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement. This report finds overall market growth over the forecast period as more nations enter the market and technological advances realise new capabilities.
A detailed analysis of the latest political, economic and technological trends lies at the heart of the reports unparalleled quantitative and qualitative analysis of the non-lethal weapons market. The new report assesses that global spending on non- lethal weapons will amount to $1630.6m in 2014, or the start of the forecast period covered by this report. This 239 page report is packed with 205 tables, figures and charts that illustrate key trends in the market at the global level, 2 submarkets, and in 15 leading national markets. The report profiles 17 leading non- lethal weapons companies. The report also contains interviews with expert members within the industry and details of more than 150 relevant non-lethal weapons contracts and programmes.
“Non-lethal anti-personnel systems such as conducted energy weapons, less-lethal ammunition, tear gas and pepper spray have proven capabilities in crowd control situation. Our research indicates that non-lethal anti-personnel weapons are becoming increasingly high in demand particularly from law enforcement agencies.
In recent years, advances in energy weapon technology both Conducted Energy Weapons (CEW) for anti-personnel utility and Directed Energy Weapon (DEW) technology predominantly for anti-vehicle have highlighted the demand for such systems, particularly in nations with more advanced armed forces.
Furthermore, efforts of nations such as India, Brazil and South Africa to modernise their armed forces and security services will provide significant new market opportunities. It is believed that a lowering of barriers to entry with technological advancements made over the past decade will create new demand for a range of non-lethal systems. This new demand will drive growth within the market.”
The Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement report will be of impressive value to current and future investors into the industry, as well as to companies and research centres who wish to broaden their knowledge of the non-lethal weapons market.

Conducted And Directed Energy Weapons To Drive Non-Lethal Weapons Market Growth
The concept of a weapon that is designed merely to temporarily incapacitate, with little or no lasting injury, is relatively new. The development of non-lethal weapons can be viewed as a consequence of the rise of democratic values. The use of lethal force on a nation’s own citizens is often met with dissent and criticism in democracies. The rise of non-lethal weapons has taken place in the last two decades. Non-lethal weapons for anti-personnel purposes have become increasingly high in demand from law enforcement agencies across the world. The new report has calculated that in 2014 the market will be worth $1,630.6M.
The new report, now available on ASDReports, Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement. This report finds overall market growth over the forecast period as more nations enter the market and technological advances realise new capabilities.
A detailed analysis of the latest political, economic and technological trends lies at the heart of the reports unparalleled quantitative and qualitative analysis of the non-lethal weapons market. The new report assesses that global spending on non- lethal weapons will amount to $1630.6m in 2014, or the start of the forecast period covered by this report. This 239 page report is packed with 205 tables, figures and charts that illustrate key trends in the market at the global level, 2 submarkets, and in 15 leading national markets. The report profiles 17 leading non- lethal weapons companies. The report also contains interviews with expert members within the industry and details of more than 150 relevant non-lethal weapons contracts and programmes.
“Non-lethal anti-personnel systems such as conducted energy weapons, less-lethal ammunition, tear gas and pepper spray have proven capabilities in crowd control situation. Our research indicates that non-lethal anti-personnel weapons are becoming increasingly high in demand particularly from law enforcement agencies.
In recent years, advances in energy weapon technology both Conducted Energy Weapons (CEW) for anti-personnel utility and Directed Energy Weapon (DEW) technology predominantly for anti-vehicle have highlighted the demand for such systems, particularly in nations with more advanced armed forces.
Furthermore, efforts of nations such as India, Brazil and South Africa to modernise their armed forces and security services will provide significant new market opportunities. It is believed that a lowering of barriers to entry with technological advancements made over the past decade will create new demand for a range of non-lethal systems. This new demand will drive growth within the market.”
The Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement report will be of impressive value to current and future investors into the industry, as well as to companies and research centres who wish to broaden their knowledge of the non-lethal weapons market.

https://www.rfglobalnet.com/doc/conducted-energy-weapons-drive-non-lethal-weapons-0001

Visiongain Publishes Directed Energy Weapons (DEW) Market Report 2024-2034
26 February 2024
Defence
Visiongain has published a new report entitled Directed Energy Weapons (DEW) Market Report 2024-2034: Forecasts by Type (Lethal Weapons, Non-lethal Weapons), by System (Anti-Satellite (ASAT) DEW, Electromagnetic Railgun Systems, Counter-Drone DEW Systems, Other), by Technology (High-Energy Lasers (HEL), High-Power Microwaves (HPM), Sonic Weapons, Electromagnetic Weapons, Other), by Application (Ground-Based DEW for Military Bases, Airborne DEW for Aircraft Defence, Naval DEW for Ship Defence, Homeland Security, Critical Infrastructure Defence, Other) AND Regional and Leading National Market Analysis PLUS Analysis of Leading Companies AND COVID-19 Impact and Recovery Pattern Analysis.
The global directed energy weapons (DEW) market was valued at US$6.4 billion in 2023 and is projected to grow at a CAGR of 19.6% during the forecast period 2024-2034.
Requirement for Cost-Effective Defense Solutions
The requirement for cost-effective defense solutions amidst constrained defense budgets is driving the adoption of directed energy weapons by military organizations worldwide. Traditional kinetic weapons and missile defense systems involve high procurement, operation, and maintenance costs, making them economically unsustainable for many defense budgets. Directed energy weapons offer a more cost-effective alternative with reduced ammunition costs, minimal logistical footprint, and lower lifecycle expenses. For example, the deployment of laser-based counter-UAV systems by military forces provides a cost-effective means of defending against small unmanned aerial threats compared to conventional missile-based interceptors.
Increasing Investments in Directed Energy Programs
The increasing investments in directed energy programs by government agencies, defense contractors, and research institutions are driving innovation and growth in the global directed energy weapons market. Countries such as the United States, China, Russia, and European nations are allocating substantial funding to accelerate the development and deployment of directed energy technologies for military applications. These investments support research and development initiatives aimed at enhancing the performance, reliability, and operational capabilities of directed energy weapons across various platforms. For instance, the U.S. Department of Defense's Directed Energy Weapons Directorate (DEWD) oversees a range of directed energy programs focused on advancing laser, microwave, and radiofrequency technologies for military use.
How has COVID-19 had a significant negative impact on the Directed Energy Weapons (DEW) Market?
The COVID-19 pandemic has had a discernible impact on the directed energy weapon (DEW) market, influencing various aspects of its development, production, and deployment. One notable effect has been the disruption of supply chains and manufacturing processes. Lockdowns, restrictions on movement, and workforce limitations imposed to curb the spread of the virus have led to delays in production schedules and the availability of essential components for DEW systems. This has, in turn, affected the overall pace of development and delivery of directed energy weapons.
Financial constraints have emerged as another significant impact of the pandemic on the directed energy weapon market. Many defence budgets faced reallocations and adjustments to address the immediate healthcare and economic challenges posed by the pandemic. Consequently, some defence programs, including those related to advanced technologies like DEWs, experienced budgetary constraints, slowing down investment and procurement processes.
Operational disruptions have affected the testing and validation phases of DEW systems. Social distancing measures and limitations on gatherings have impeded the ability to conduct field trials and exercises. These constraints have slowed down the evaluation and validation of directed energy weapons in real-world scenarios, hindering progress in achieving operational readiness.
How will this Report Benefit you?
Visiongain’s 372-page report provides 113 tables and 198 charts/graphs. Our new study is suitable for anyone requiring commercial, in-depth analyses for the global directed energy weapons (DEW) market, along with detailed segment analysis in the market. Our new study will help you evaluate the overall global and regional market for Directed Energy Weapons (DEW). Get financial analysis of the overall market and different segments including type, system, technology, and application and capture higher market share. We believe that there are strong opportunities in this fast-growing directed energy weapons (DEW) market. See how to use the existing and upcoming opportunities in this market to gain revenue benefits in the near future. Moreover, the report will help you to improve your strategic decision-making, allowing you to frame growth strategies, reinforce the analysis of other market players, and maximise the productivity of the company.
What are the Current Market Drivers?
Need for Precision and Lethality in Modern Warfare The need for precision and lethality in modern warfare scenarios drives the adoption of directed energy weapons by defense forces worldwide. Traditional kinetic weapons, such as missiles and artillery shells, often result in collateral damage and unintended casualties, limiting their effectiveness in densely populated urban environments and sensitive infrastructure areas. Directed energy weapons offer a more precise and controlled means of engaging targets, minimizing collateral damage and civilian casualties while maximizing lethality against enemy assets. For example, the U.S. Air Force's Tactical High Energy Laser (THEL) system demonstrates the capability of DEWs to engage and destroy incoming artillery shells and rockets with pinpoint accuracy, reducing the risk to friendly forces and civilian populations.
Growing Threat of Ballistic Missile and Hypersonic Weapons The growing threat posed by ballistic missile proliferation and the development of hypersonic weapons systems is driving the demand for directed energy weapons as a viable defense solution. Ballistic missiles and hypersonic glide vehicles pose significant challenges to existing missile defense systems due to their high speeds, maneuverability, and unpredictable trajectories. Directed energy weapons offer a potential solution for intercepting and neutralizing ballistic missiles and hypersonic threats in the boost, mid-course, and terminal phases of flight. For instance, the concept of using high-energy lasers or particle beams to intercept and destroy incoming missiles in near-real-time is being explored as a cost-effective and reliable defense against advanced missile threats.
Where are the Market Opportunities?
Advancements in Compact and Mobile Directed Energy Platforms Advancements in compact and mobile directed energy platforms are expanding the operational flexibility and deployment options for directed energy weapons in military environments. Traditional directed energy systems were often large, stationary installations limited to fixed bases or naval vessels, which restricted their mobility and deployment agility. However, recent technological advancements have led to the development of compact, lightweight, and mobile directed energy platforms that can be integrated into various military platforms, including ground vehicles, aircraft, and dismounted soldier systems. For example, the development of man-portable laser weapons, such as the U.S. Army's Mobile Experimental High Energy Laser (MEHEL) system, enables ground troops to engage and neutralize threats with precision and speed in diverse operational environments.
Need for Counter-UAS and Counter-Swarm Capabilities The proliferation of unmanned aerial systems (UAS) and the emergence of drone swarms as asymmetric threats are driving the demand for directed energy weapons with counter-UAS and counter-swarm capabilities. Unmanned aerial vehicles (UAVs) and drone swarms pose challenges to conventional air defense systems due to their small size, agility, and swarm tactics, making them difficult to detect and intercept using traditional kinetic weapons. Directed energy weapons offer a rapid and effective means of countering UAS threats by providing continuous, 360-degree coverage, rapid engagement, and scalable lethality. For instance, ground-based laser and microwave systems deployed in urban areas or critical infrastructure sites can detect and neutralize hostile drones and swarms with precision, protecting assets and personnel from aerial threats.
Competitive Landscape
The major players operating in the directed energy weapons (DEW) market are BAE Systems PLC, Blue Halo, Elbit Systems Ltd, Honeywell International Inc, L3Harris Technologies, Inc, Leonardo S.p.A, Lockheed Martin Corporation, Moog Inc, Northrop Grumman Corporation, Rafael Advanced Defence Systems Ltd., Raytheon Technologies Corporation, Rheinmetall AG, Textron Inc, Thales Group, The Boeing Company. These major players operating in this market have adopted various strategies comprising M&A, investment in R&D, collaborations, partnerships, regional business expansion, and new product launch.
Recent Developments
24 Sept 2023, Raytheon Technologies Corporation has entered into collaboration with Northrop Grumman to develop a prototype High-Power Microwave (HPM) weapon system for maritime applications.
04 June 2023, Lockheed Martin and Rafael Advanced Defence Systems partnered to manufacture 100 kW fiber-class laser weapons for the IRON BEAM project, aiming to defend Israel against rockets, mortars, and drones.
Notes for Editors If you are interested in a more detailed overview of this report, please send an e-mail to [contactus@visiongain.com](mailto:contactus@visiongain.com) or call +44 (0) 207 336 6100.
About Visiongain Visiongain is one of the fastest-growing and most innovative independent media companies in Europe. Based in London, UK, Visiongain produces a host of business-to-business reports focusing on the automotive, aviation, chemicals, cyber, defence, energy, food & drink, materials, packaging, pharmaceutical and utilities sectors.
Visiongain publishes reports produced by analysts who are qualified experts in their field. Visiongain has firmly established itself as the first port of call for the business professional who needs independent, high-quality, original material to rely and depend on.Visiongain Publishes Directed Energy Weapons (DEW) Market Report 2024-2034
26 February 2024

https://www.visiongain.com/dew-market-report/

Hi all. Im so happy to have found this community!!
I lost my virginity at 20. It was consensual but very painful, I wasn’t relaxed, not enough foreplay, the guy even told me to ‘quit bitching.’ The experience was so terrible I didn’t have sex for three years. Nothing could go near my vagina — I would start hyperventilating, crying, etc. I didn’t know if at the time but I figure out I was traumatized.
Went to a talk therapist, she suggest dildos. I had a hard time pushing past the fear of feeling pain again but was able to use!
I can take fingers and dildos now but it still slightly hurts (like I’ll tense up and have to slowly relax my hips) I’ve had PIV but not all the way in, it still feels painful and the last guy when he tried to push in it felt like my vagina was making a wall (he even said he could feel it like opening and closing) even when I use a dildo i cant do the motion of pulling it in and out without it slightly hurting (like the lips have an insane grip it’s crazy)
I want to have PIV, but how can I go about seeing if I have vaginismus and treatment?
For so long I felt like garbage because I couldn’t have penetration sex. This community lifted my spirits 🩷

Since I have been under assault the funding for directed energy weapons has absolutely exploded.
Directed Energy development budget growth from 2014- 2023.
-2014- $1,630.6M

• 2023: "US$6.4 billion in 2023 and is projected to grow at a CAGR of 19.6% during the forecast period 2024-2034."

News June 30, 2014
Conducted And Directed Energy Weapons To Drive Non-Lethal Weapons Market Growth
The concept of a weapon that is designed merely to temporarily incapacitate, with little or no lasting injury, is relatively new. The development of non-lethal weapons can be viewed as a consequence of the rise of democratic values. The use of lethal force on a nation’s own citizens is often met with dissent and criticism in democracies. The rise of non-lethal weapons has taken place in the last two decades. Non-lethal weapons for anti-personnel purposes have become increasingly high in demand from law enforcement agencies across the world. The new report has calculated that in 2014 the market will be worth $1,630.6M.
The new report, now available on ASDReports, Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement. This report finds overall market growth over the forecast period as more nations enter the market and technological advances realise new capabilities.
A detailed analysis of the latest political, economic and technological trends lies at the heart of the reports unparalleled quantitative and qualitative analysis of the non-lethal weapons market. The new report assesses that global spending on non- lethal weapons will amount to $1630.6m in 2014, or the start of the forecast period covered by this report. This 239 page report is packed with 205 tables, figures and charts that illustrate key trends in the market at the global level, 2 submarkets, and in 15 leading national markets. The report profiles 17 leading non- lethal weapons companies. The report also contains interviews with expert members within the industry and details of more than 150 relevant non-lethal weapons contracts and programmes.
“Non-lethal anti-personnel systems such as conducted energy weapons, less-lethal ammunition, tear gas and pepper spray have proven capabilities in crowd control situation. Our research indicates that non-lethal anti-personnel weapons are becoming increasingly high in demand particularly from law enforcement agencies.
In recent years, advances in energy weapon technology both Conducted Energy Weapons (CEW) for anti-personnel utility and Directed Energy Weapon (DEW) technology predominantly for anti-vehicle have highlighted the demand for such systems, particularly in nations with more advanced armed forces.
Furthermore, efforts of nations such as India, Brazil and South Africa to modernise their armed forces and security services will provide significant new market opportunities. It is believed that a lowering of barriers to entry with technological advancements made over the past decade will create new demand for a range of non-lethal systems. This new demand will drive growth within the market.”
The Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement report will be of impressive value to current and future investors into the industry, as well as to companies and research centres who wish to broaden their knowledge of the non-lethal weapons market.

Conducted And Directed Energy Weapons To Drive Non-Lethal Weapons Market Growth
The concept of a weapon that is designed merely to temporarily incapacitate, with little or no lasting injury, is relatively new. The development of non-lethal weapons can be viewed as a consequence of the rise of democratic values. The use of lethal force on a nation’s own citizens is often met with dissent and criticism in democracies. The rise of non-lethal weapons has taken place in the last two decades. Non-lethal weapons for anti-personnel purposes have become increasingly high in demand from law enforcement agencies across the world. The new report has calculated that in 2014 the market will be worth $1,630.6M.
The new report, now available on ASDReports, Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement. This report finds overall market growth over the forecast period as more nations enter the market and technological advances realise new capabilities.
A detailed analysis of the latest political, economic and technological trends lies at the heart of the reports unparalleled quantitative and qualitative analysis of the non-lethal weapons market. The new report assesses that global spending on non- lethal weapons will amount to $1630.6m in 2014, or the start of the forecast period covered by this report. This 239 page report is packed with 205 tables, figures and charts that illustrate key trends in the market at the global level, 2 submarkets, and in 15 leading national markets. The report profiles 17 leading non- lethal weapons companies. The report also contains interviews with expert members within the industry and details of more than 150 relevant non-lethal weapons contracts and programmes.
“Non-lethal anti-personnel systems such as conducted energy weapons, less-lethal ammunition, tear gas and pepper spray have proven capabilities in crowd control situation. Our research indicates that non-lethal anti-personnel weapons are becoming increasingly high in demand particularly from law enforcement agencies.
In recent years, advances in energy weapon technology both Conducted Energy Weapons (CEW) for anti-personnel utility and Directed Energy Weapon (DEW) technology predominantly for anti-vehicle have highlighted the demand for such systems, particularly in nations with more advanced armed forces.
Furthermore, efforts of nations such as India, Brazil and South Africa to modernise their armed forces and security services will provide significant new market opportunities. It is believed that a lowering of barriers to entry with technological advancements made over the past decade will create new demand for a range of non-lethal systems. This new demand will drive growth within the market.”
The Non-Lethal Weapons (NLW) Market 2014-2024: Conducted & Directed Energy Weapons (CEW & DEW), Less Lethal Weapons (LLW) & Equipment for Military & Law Enforcement report will be of impressive value to current and future investors into the industry, as well as to companies and research centres who wish to broaden their knowledge of the non-lethal weapons market.

https://www.rfglobalnet.com/doc/conducted-energy-weapons-drive-non-lethal-weapons-0001

Visiongain Publishes Directed Energy Weapons (DEW) Market Report 2024-2034
26 February 2024
Defence
Visiongain has published a new report entitled Directed Energy Weapons (DEW) Market Report 2024-2034: Forecasts by Type (Lethal Weapons, Non-lethal Weapons), by System (Anti-Satellite (ASAT) DEW, Electromagnetic Railgun Systems, Counter-Drone DEW Systems, Other), by Technology (High-Energy Lasers (HEL), High-Power Microwaves (HPM), Sonic Weapons, Electromagnetic Weapons, Other), by Application (Ground-Based DEW for Military Bases, Airborne DEW for Aircraft Defence, Naval DEW for Ship Defence, Homeland Security, Critical Infrastructure Defence, Other) AND Regional and Leading National Market Analysis PLUS Analysis of Leading Companies AND COVID-19 Impact and Recovery Pattern Analysis.
The global directed energy weapons (DEW) market was valued at US$6.4 billion in 2023 and is projected to grow at a CAGR of 19.6% during the forecast period 2024-2034.
Requirement for Cost-Effective Defense Solutions
The requirement for cost-effective defense solutions amidst constrained defense budgets is driving the adoption of directed energy weapons by military organizations worldwide. Traditional kinetic weapons and missile defense systems involve high procurement, operation, and maintenance costs, making them economically unsustainable for many defense budgets. Directed energy weapons offer a more cost-effective alternative with reduced ammunition costs, minimal logistical footprint, and lower lifecycle expenses. For example, the deployment of laser-based counter-UAV systems by military forces provides a cost-effective means of defending against small unmanned aerial threats compared to conventional missile-based interceptors.
Increasing Investments in Directed Energy Programs
The increasing investments in directed energy programs by government agencies, defense contractors, and research institutions are driving innovation and growth in the global directed energy weapons market. Countries such as the United States, China, Russia, and European nations are allocating substantial funding to accelerate the development and deployment of directed energy technologies for military applications. These investments support research and development initiatives aimed at enhancing the performance, reliability, and operational capabilities of directed energy weapons across various platforms. For instance, the U.S. Department of Defense's Directed Energy Weapons Directorate (DEWD) oversees a range of directed energy programs focused on advancing laser, microwave, and radiofrequency technologies for military use.
How has COVID-19 had a significant negative impact on the Directed Energy Weapons (DEW) Market?
The COVID-19 pandemic has had a discernible impact on the directed energy weapon (DEW) market, influencing various aspects of its development, production, and deployment. One notable effect has been the disruption of supply chains and manufacturing processes. Lockdowns, restrictions on movement, and workforce limitations imposed to curb the spread of the virus have led to delays in production schedules and the availability of essential components for DEW systems. This has, in turn, affected the overall pace of development and delivery of directed energy weapons.
Financial constraints have emerged as another significant impact of the pandemic on the directed energy weapon market. Many defence budgets faced reallocations and adjustments to address the immediate healthcare and economic challenges posed by the pandemic. Consequently, some defence programs, including those related to advanced technologies like DEWs, experienced budgetary constraints, slowing down investment and procurement processes.
Operational disruptions have affected the testing and validation phases of DEW systems. Social distancing measures and limitations on gatherings have impeded the ability to conduct field trials and exercises. These constraints have slowed down the evaluation and validation of directed energy weapons in real-world scenarios, hindering progress in achieving operational readiness.
How will this Report Benefit you?
Visiongain’s 372-page report provides 113 tables and 198 charts/graphs. Our new study is suitable for anyone requiring commercial, in-depth analyses for the global directed energy weapons (DEW) market, along with detailed segment analysis in the market. Our new study will help you evaluate the overall global and regional market for Directed Energy Weapons (DEW). Get financial analysis of the overall market and different segments including type, system, technology, and application and capture higher market share. We believe that there are strong opportunities in this fast-growing directed energy weapons (DEW) market. See how to use the existing and upcoming opportunities in this market to gain revenue benefits in the near future. Moreover, the report will help you to improve your strategic decision-making, allowing you to frame growth strategies, reinforce the analysis of other market players, and maximise the productivity of the company.
What are the Current Market Drivers?
Need for Precision and Lethality in Modern Warfare The need for precision and lethality in modern warfare scenarios drives the adoption of directed energy weapons by defense forces worldwide. Traditional kinetic weapons, such as missiles and artillery shells, often result in collateral damage and unintended casualties, limiting their effectiveness in densely populated urban environments and sensitive infrastructure areas. Directed energy weapons offer a more precise and controlled means of engaging targets, minimizing collateral damage and civilian casualties while maximizing lethality against enemy assets. For example, the U.S. Air Force's Tactical High Energy Laser (THEL) system demonstrates the capability of DEWs to engage and destroy incoming artillery shells and rockets with pinpoint accuracy, reducing the risk to friendly forces and civilian populations.
Growing Threat of Ballistic Missile and Hypersonic Weapons The growing threat posed by ballistic missile proliferation and the development of hypersonic weapons systems is driving the demand for directed energy weapons as a viable defense solution. Ballistic missiles and hypersonic glide vehicles pose significant challenges to existing missile defense systems due to their high speeds, maneuverability, and unpredictable trajectories. Directed energy weapons offer a potential solution for intercepting and neutralizing ballistic missiles and hypersonic threats in the boost, mid-course, and terminal phases of flight. For instance, the concept of using high-energy lasers or particle beams to intercept and destroy incoming missiles in near-real-time is being explored as a cost-effective and reliable defense against advanced missile threats.
Where are the Market Opportunities?
Advancements in Compact and Mobile Directed Energy Platforms Advancements in compact and mobile directed energy platforms are expanding the operational flexibility and deployment options for directed energy weapons in military environments. Traditional directed energy systems were often large, stationary installations limited to fixed bases or naval vessels, which restricted their mobility and deployment agility. However, recent technological advancements have led to the development of compact, lightweight, and mobile directed energy platforms that can be integrated into various military platforms, including ground vehicles, aircraft, and dismounted soldier systems. For example, the development of man-portable laser weapons, such as the U.S. Army's Mobile Experimental High Energy Laser (MEHEL) system, enables ground troops to engage and neutralize threats with precision and speed in diverse operational environments.
Need for Counter-UAS and Counter-Swarm Capabilities The proliferation of unmanned aerial systems (UAS) and the emergence of drone swarms as asymmetric threats are driving the demand for directed energy weapons with counter-UAS and counter-swarm capabilities. Unmanned aerial vehicles (UAVs) and drone swarms pose challenges to conventional air defense systems due to their small size, agility, and swarm tactics, making them difficult to detect and intercept using traditional kinetic weapons. Directed energy weapons offer a rapid and effective means of countering UAS threats by providing continuous, 360-degree coverage, rapid engagement, and scalable lethality. For instance, ground-based laser and microwave systems deployed in urban areas or critical infrastructure sites can detect and neutralize hostile drones and swarms with precision, protecting assets and personnel from aerial threats.
Competitive Landscape
The major players operating in the directed energy weapons (DEW) market are BAE Systems PLC, Blue Halo, Elbit Systems Ltd, Honeywell International Inc, L3Harris Technologies, Inc, Leonardo S.p.A, Lockheed Martin Corporation, Moog Inc, Northrop Grumman Corporation, Rafael Advanced Defence Systems Ltd., Raytheon Technologies Corporation, Rheinmetall AG, Textron Inc, Thales Group, The Boeing Company. These major players operating in this market have adopted various strategies comprising M&A, investment in R&D, collaborations, partnerships, regional business expansion, and new product launch.
Recent Developments
24 Sept 2023, Raytheon Technologies Corporation has entered into collaboration with Northrop Grumman to develop a prototype High-Power Microwave (HPM) weapon system for maritime applications.
04 June 2023, Lockheed Martin and Rafael Advanced Defence Systems partnered to manufacture 100 kW fiber-class laser weapons for the IRON BEAM project, aiming to defend Israel against rockets, mortars, and drones.
Notes for Editors If you are interested in a more detailed overview of this report, please send an e-mail to [contactus@visiongain.com](mailto:contactus@visiongain.com) or call +44 (0) 207 336 6100.
About Visiongain Visiongain is one of the fastest-growing and most innovative independent media companies in Europe. Based in London, UK, Visiongain produces a host of business-to-business reports focusing on the automotive, aviation, chemicals, cyber, defence, energy, food & drink, materials, packaging, pharmaceutical and utilities sectors.
Visiongain publishes reports produced by analysts who are qualified experts in their field. Visiongain has firmly established itself as the first port of call for the business professional who needs independent, high-quality, original material to rely and depend on.Visiongain Publishes Directed Energy Weapons (DEW) Market Report 2024-2034
26 February 2024

https://www.visiongain.com/dew-market-report/

I’ve been getting into workout the last few months. I’ve been working core quite a bit and Sunday I did a hard a workout with weights. I laid on an incline bench with my head close to the ground and feet elevated and used a 25lb weight and did sit ups, I did them pretty easily and honestly didn’t feel like I even got a very good workout in. The next day (Monday) I was a little sore but nothing really noticeable. Today I woke up (Tuesday) and my entire stomach is in pain, incredibly sore, and hurts to even move my stomach slightly. I’m worried I tore something or got a hernia. What do you guys think?

This question above gets asked pretty often here on Reddit and most responses are something along the lines of “You should have been training this whole time”, or “you’re already out of time”. And while it is important to train leading up to your race, I think that these 7 things can make or break your race day. So here is a better answer than Reddit users saying it’s too late.

1. Sleep
2. Eat Carbs and Protein
3. No New Foods, Be Hydrated
4. Make a Race Plan
5. Moderate Intensity Running/ Workouts
6. Injury Recovery
7. Understand your strengths

Sleep: A Lack of sleep while racing can cause faster fatigue, clumsiness, and may lead to possible injury. This doesn’t just go for the night before the race (and let’s assume you are like me and treat race day as Christmas Morning and can’t wait for it to start), but it goes for the week leading up to it. Most of us need 8hrs of sleep a night to be fully rested. Make it a goal to get 6 of 7 nights with an adequate amount of sleep.
Carbs and Protein: The food you consume has a high effect on your mood and how you feel when you exercise. Spartan Races take a lot of calories. On average, I burn 2500 calories for the beast. This past Trifecta weekend at big bear I burnt 5700 just from the 3 races! Eat Carbs for longer lasting energy and eat protein for muscle recovery leading up got the race or workout intensive days. I start eating more at the beginning of the week to compensate the loss.
No New Foods, Be Hydrated: This is a big one. Don’t change what you normally do when it comes to food before the race. No Brazilian Steak house with random meats wrapped in bacon the night before (I cannot confirm or deny I did this for SoCal this year). Likewise Breakfast on Race Day shouldn’t be anything new. What you eat should be true and tried with your body and workout habits. For me, Oatmeal, Bananas, and Plane Waffles sit well in my stomach as I am running. Drink Water! Heat Exhaustion is real especially now during the summer events. I drink a decent amount before and during the race to perform at my best.
Make a Race Plan: There are a lot of first timers that come to the races. There are many factors that may make your spartan race less than ideal. I plan what time I will leave, what time I’ll get there, stretching, and warming up before the race. In addition to that, I spend some time to plan out how I will run the race, what kind of pace I want to have, whether this specific race for time or for running with friends, what obstacles I failed last time and how I will change my strategy this time to be successful, and I even think about the obstacles that I do get that I want to be more efficient at. All these things allow for the best race day. Lockers, Bag Check, VIP Parking, transportation, and Hotels are all also important, you don’t want to accidentally stay 2 hours away from the venue because you forgot to look at the address. (Anyone do this at San Jose?)
Moderate Intensity Workouts: There are some that run spartan races that don’t prepare, think they really need to start doing something, and over do it. I’ve been a victim of my poor planning as well. I once had a race where I realized I had 2 weeks left to train (from not training the least bit). I wanted to do something so I started cranking out new PRs and distances, got sick, and then ran a race with being wiped from the sickness days prior. Trust me, you should keep your running and training more moderate the week of, no PRs, no new most miles ran, nada. If you wear a sport watch I’d say you should stay right in Zone 3 or 4 for your workouts and that will allow your body to be warmed up for the race on the weekend.
Injury Recovery: This is a big one. If you have injuries before the race plan for them. (You may ask why race when being injured and I tell you I am a Spartan, AROO!) If your knee hurts from running the past month get a knee brace. (Although the long term solution is to probably build up to running more mile or correct your form). If you pulled a muscle in your arm, plan on skipping the monkey bars or plan to take your time on certain obstacles. The biggest thing with this is paying attention to your body when it’s previously been injured and making adjustments as needed. Remember, transferring your race to a future venue is an option.
Understand your strengths: And I would add understand your weaknesses. This applies both to the running and obstacles. Part of this also ties into race planning. If you know you’ve barely hit the gym, but have spent most time running, I’d say try to get your legs to be used more in the obstacles. Don’t muscle up the wall but either hook your leg up on them or use the walk up the wall method. I ski a lot so downhills are my place to shine. Observing what other Spartans do on course is also a good way to learn better Techniques for your physical build. Open waves are also allowed to ask for help from other Spartans so keep that as an open option.
Good luck at your next race! Aroo!

Hey could use some advice. Basically my family has pressure palsies on my moms side, I guess it must be hnpp, my aunt, brothers mom etc have it. I get numb fingers etc.
Like 4 years ago I winged my scapula on the right side because I used the squat bar and the compression messed up the nerve, I think it took 2 months or so to heal. This was when I was 20 im 24.
Fast forward to recently, basically I was intimate with someone and she must have grabbed my back or maybe falling asleep together my back got compressed, there’s a muscle somewhere in my back and it’s numb. I can get weak lifting my hand above my shoulder. I can’t tell if it varies throughout the day. I can’t tell if the scapula is winged, if it is it’s not severe. But it’s been 2 months now and I’m getting worried. It’s hard to use that arm to wash my hair in the shower.
What can I do to help whatever muscle is in there? I wear a backpack for work and I’m not sure if that’s contributing to the problem, all I know is my back is still numb. I wore a backpack all last summer no issues and throughout the school year. I could use any advice on how to navigate this issue and this disease. I work remotely and won’t be able to see my doctor for a little while. Is it good to do exercises and what kinds, or do I need to let my body rest?

To start I’m a petite 24y/o woman that’s been pretty healthy internally/ physically. A few years ago I felt a small lump in my right breast, did some Google research and told myself not to worry about it. Around this time last year (May ‘23) I was referred to an internal medicine specialist for swollen lymph nodes. June comes and the initial appointment went great; as I showed the doctor my concerns. (Which were only the lymph nodes because I had no knowledge it can run with breast cancer) July I had an appointment scheduled for testing, just for me to check in and the receptionist tells me they no longer accept my health insurance :’( September comes and it’s time for my general well check. I had been experiencing light breast pain so I told my pcp, and she examined my breasts. She scheduled me for a sonogram/us towards the end of October. Well I would end up missing the sono appt due to car troubles. I pretty much ended up putting my health on the back burner as I was having to work for car repairs and apply for new healthcare. I noticed tho around Nov the lump felt at least 2cm. Now as of May this year, it feels to have grown at least 4cm long.. I’m waiting to get in with my new pcp but I’ve had to note down my symptoms, as I came to the realization I’ve just generally felt unwell in the past year or so. Here they go, Past 12 Months Symptoms: sharp chest pain, pain below rib cage, sharp headaches only on right side, fatigue, nausea/vomiting, sinus pains/ swollen lymphs on right side of head Symptoms Since Jan 2024: sudden tightness around ribs/ lower back, numbness of limbs, muscle spasms/ loss of control of limbs, cold sweats, swelling all over, hot red itchy skin, swelling/ dimpling of skin, hotness/ pain in right armpit right breast right arm, headaches brain fog memory loss dizziness, high blood pressure fast heart rate chest tightening, changes in vision/ blurry vision

This project took months since i originally conceived it in my head, to actually completing it, since i've been constantly putting it off. Back in January 2024, i started with buying the tablet that i wanted to use for my wall mounted Home Assistant dashboard. I was originally going to go with Lenovo M10 3rd gen model for about 170 euro, but after some digging around i have found a recommendation for another model that is kinda older but slimmer, with a much better looking screen and higher resolution. I went with the Samsung Galaxy Tab S5e that i found factory refurbished online on a French website Electro Depot for a price of 200 euros - it was in perfect condition, looked brand new when it arrived, kind of a steal for that price. The Super AMOLED screen on it is just amazing, such a nice contrast, black depth and great color rendition.
Since it originally launched in 2019, Android updates stopped, and the last version was kinda aged, so i slapped on a custom ROM on it - LineageOS 21 that runs Android 14. That end of business was fixed, all good to go. Next step was figuring out what wall mount i was going to go with. Having said that, the Galaxy S5e did not have alot of options, there were some VidaBox mounts, TabCare, TabLines etc, that all looked kinda bulky and hella expensive, that wasn't gonna cut it for me, i wanted something slim and sleek looking.
So, i started looking around for some 3D models of wall mounts for it - again, slim pickings. Not alot of people using the Galaxy S5e wall mounted i guess. The only one i found, and ended up using for testing purposes was one on Thingiverse from a dude named Cemera, the problem was, it was missing two upper pieces and not alot of style or a place to hide the USB cable behind. So i kept digging and eventually found a near perfect 3D model of a wall mount that checked all the boxes for me, the problem was - it was designed for a Samsung Galaxy Tab A8 10.5, that had all different physical dimensions compared to the S5e, ouch. So i grabbed the 3D files from this dude named MADSGADEBERG on Cults3D, and went to work. Having said that, i had almost zero experience doing modeling 3D stuff (if we don't count SketchUp floor plan design), so you can imagine the pain of going through the process of actually adapting the 3D model to fit my Galaxy Tab S5e, when the width, height, thickness, camera placement and even the speaker location that are all different.
Anyway, hours and hours went into the Fusion 360 that i grabbed previously with a free personal licence, rummaging through tutorials on YouTube, and finally i got the result that i wanted. I can't say that this was a slight modification of the original wall mount design for the Galaxy Tab A8, since i ended up changing a lot of stuff to it, including volume button notch, area around the usb port was hella sketchy on the original model, had to beef it all up since original one was just begging it to break. I have also remodeled the front cover design, playing with the bezel width, chamfer and fillet of corners, magnets depth etc, all to fit the Galaxy S5E as tight as possible, with really small tolerances. Even added the four openings on the sides for amazing sounding quad AKG speakers. My biggest gripe with all of this, was having to cut that beautiful design into two pieces, as most 3D printers (including my Bambu Lab X1C) do not have the big enough work area to print this in one piece, e.g the mount being all that slimmed up was still ~270mm long, and i had 256x256x256mm on my build plate to work with. Such a shame, but oh well.
Actually the biggest problem that was revolving about the wall mount design was getting a slim enough USB-C cable, actually slim enough connector part, and that was not easy as it sounds. So, you see, you USA guys had the cable i wanted on your Amazon, but living in Europe i resorted to finding something closer. AliExpress was also an option, but i did not have the patience to wait weeks getting it delivered from China. So, i actually found a dude on Etsy from the Netherlands that makes or rather modifies these cables, and it was perfectly sized for my wall mount project. Bingo, i had everything i needed for the wall mount part, except the magnets that i forgot to order - luckily the one day shipping from Amazon in France works like a charm - hurray.
Ok, having finished the wall mount part, i still needed to figure out how the hell i was going to power this on the wall. So, you see, in the USA, you guys have at least some solutions of buying a recessed box for the wall outlet. Here, in Europe, we don't do alot of drywalls, and we don't recess the outlets that much in the brick walls. Luckily, my place here in France is all drywalled up, but still zero solutions online for buying a deeper recessed wall box or media box that would fit my needs. So, as you might have guessed, i had to design and 3D print one up from scratch. As i was getting familiar with Fusion 360, that wasn't as much of a hassle compared to modifying the wall mount design. I had in mind of creating something sleek that would fit an outlet with USB-A and USB-C ports to actually power the tablet.
The problem is, i did not have power wires available right in the area that i was wanting to mount the tablet, but luckily on that wall i had a junction box near the floor. I bought some 2 metre wires, couple of electric connectors to borrow the neutral, live and ground wires from the junction box, cut up a square hole in the drywall and i was good to go. I had 10cm of clearance in the wall, so i used it up to the max, designing a box that is 6cm deep, leaving the 4cm for the round power outlet box. Good thing about this, i could use normal sized chargers in the actual outlet if i had the need to, since 6cm plus the length of the prongs that go into the holes in the outlet gives a nice depth to fit regular sized chargers.
Alright, i know that alot of people just do not care of estetics behind when the tablet and the mount are going to cover all the holes and drilling/cutting mess anyway, but i wanted to keep things clean, designing a cover for the recessed box to hide the cuts in the drywall. I also chose a cheap but nice looking outlet - i like to keep things clean and tidy, sue me. Instead of drilling all the stuff in the drywall and adding screws, i went with a less destructive method, adding a heavy duty double sided tape to everything, holds like a champ and i can peel it off if i ever decide to change the wall mount location.
So there you have it, a project that i wanted to do for years, all the way back when i started getting into Home Assistant, but i always kept delaying it thinking it was too much work - well it was, but having it done in the end, i learned alot of usefull stuff in the process. For instance, modeling in Fusion 360, it will help me alot with my 3D printing hobby, where i will actually design some future items instead of just printing the files that other people made. Also, i love being handy around the house, tinkering with home related projects, but i never have enough chance to do it, so routing that power wires and adding a power outlet to the wall felt nice to do.
For the dashboard part, I ended up going for WallPanel instead of FullyKiosk as a solution for the fullscreen HA, the screensaver, etc. Also, since my Galaxy S5E is rooted, i have added a charging control behavior for it via ACC (Advanced Charging Controller) Magisk module. I keep it charged up to 80%, and having it drop to 20% before starting to charge again. That way i know the battery stays healthy and is not going to swell up being kept at 100% all the time.
Thanks for reading up all the way to the end of my tablet wall mount project, if you have any questions i will gladly answer them in the comments. Check out the full photos that i took during the making of all the stuff in my Flickr album, as there are plenty. Most people add just a couple and i just keep wondering what stuff they did in the actual process, and how they did it. I can also share all the STL files if people want to recreate what i did. Take care guys, peace.

Well, I totally fucked my recent lower because the mill bit chipped in two places as jumped all over, eating the walls. I was using and 80 Arms tool kit. Any recommendations for better quality mill bits?

I don’t know where this stim came from but it’s fairly new. I mainly only crack the fingers on my left hand. When I say that I don’t mean standard cracking your knuckles, the main knuckle I crack is the middle one on each finger and now bc I’ve been doing it so much two of my fingers hurt as if I jammed them on something. It’s my ring and middle finger and they hurt a lot to bend now but I still have the urge to crack them. Has anyone else stimmed to the point of causing pain? How do you train yourself to use a different stim that won’t cause harm?

So I purchased a brand new 24 yz125x this winter and per the owners manual (and this may not have been a good decision), I broke it in using a mix ratio of 15:1. Being my first brand new bike I wanted to abide by the manual and my train of thought was I would rather be too rich than too lean during the break in. This was about half a tanks worth of gas, then switched to 50:1 with amsoil dominator. For whatever reason it is still running extremely rich. Fouling spark plugs at least every other ride, sometimes as bad as a few per ride..... Also when taking off it bogs like crazy, and it loads up a lot when riding even when I feel like I'm keeping it pinned constantly. I just came off of a 250f so 2strokes are new to me and I really don't know where to start. Also worried it's something to do with how I am riding. Everyone I have talked to has mentioned changing jetting, but just confused why it would come jetted so off from factory.. it's such an awesome bike otherwise but it's getting to be a real pain in the ass. Any advice?

I loved the ending and in fact the whole S6 of Justified. A few thoughts:
Raylan's shootout with Boon is the best gunslinger showdown since Johnny Ringo and Doc Holliday in Tombstone. Ever since we met Boon he's been presented to us as a Ringo-esque foil to Raylan's Holliday (although Raylan's character in general is more akin to Wyatt Earp than Doc Holliday). Boon, (like Ringo regarding Holliday) knows of Raylan's legend and sees him as the man to beat to prove (to himself, others in the game?) that he is in fact the gunfighter he so desperately wants to be. The first time they met (paraphrasing) Boon tells him "well aren't you just perfect? Down to the hat and everything." Boon sees Raylan as the man he needs to put down, or be killed by. Every interaction they have he alludes to this fact. And Raylan knows it. He knows Boon is itching for a gun fight and he suspects he might be up to the task. That's why Raylan doesn't waste too many words in the final showdown. He doesn't tell Boon to keep his hands where he can see them, or to turn himself in or any of the other Law Enforcement maxims he uses on so many others. Raylan knows exactly what Boon is looking for and he gives it to him.
Next I loved the scene in the final episode where Boyd was proselytizing in the prison chapel. Even when he busted out the faux-charismatic raised voice and hand waving, the other inmates were simply not feeling it. This to me represents the fact that the world is done falling for the sweet lies of Boyd Crowder. So many promises and grandiose plans he has never been able to deliver on over the course of the show, but everyone who ever believed in them has wound up dead. Boyd's two superpowers were his ability to convince others to follow him, and the fact that he is a low-down dirty murderer when it comes right down to it. Raylan knows he's full of shit so his telling him in their final visit "You know you're repeating yourself, right?" Is hilarious.
Third, I loved Choo-Choo. Such great acting (à la Slingblade) portraying a brain-damaged soldier and I honestly thought that after he kidnapped Caprice that Walker and Co. would convince their disabled homeboy to execute her... but he stood firm in his conviction that they should spare her. This redeemed his character in my eyes. Walker wanted to shoot it out and the marshals told Choo-Choo that Walker was there on Markham's orders to kill him for his mistakes. He's trying to process this and they tell him "you know it's true" and I think he realizes that... Then his loyalty to his brothers in arms when he's lost everything else in the war wins out and he says "It's all I got" before drawing and shooting out with the marshals is just awesome. And the way he takes two to the chest and keeps on chugging is incredible. I was wondering all along how the writers were going to demonstrate his insane physicality (I thought he was going to punch out Raylan at some point and beat him half to death before Raylan was finally able to draw and finish him) did not disappoint.
I could go on and on but all in all great show and thanks to this subreddit for the recommendation. Because of things I read here I persevered through some slow moments in the first season and finished out this show which was a great story and a love letter to the westerns of old.

Since basically most comments on every post in this subreddit are from smart ass atheists that know everything and they need 100% proof of the God and Jesus or they arent following it. My new solution I present to you is this.
Since you wont go to church and already feel the spiritual power of peace it brings you.
I challenge you to join your local satanic temple. Now, I am not supporting the enemy but, it would give you a chance to see the spiritual dark side.
Participate in their rituals where they sacrifice living organisms, draw pentagram and other freaky occult stuff.
You will then start summoning demons in the rooms where the ritual is going on. You will then see supernatural and paranormal events which will occur. You will feel the power the enemy has, you will feel evil.
You can then use your very intelligent brain to put two and two together and find that god must be real. Since you can’t have evil without good.
Now I actually don’t want anyone to do this as I am very much a Christian, since I have experienced the dark side and it is very real. This path will led a life of terror and pain if you are on the dark side.
If you go further in the occult, you’ll probably have demonic entities follow you home, torture you in sleep, manifest themselves to you, play with door and lights and move things, touch or scratch you, feel as if something is following you and about to strike you from behind, have more intense feelings of anger, fear, depression, anxiety.
Thus, I wouldn’t won’t anyone to do this but since people refuse to become a Christian and don’t understand the concept of ‘faith’. This challenge will crush all your ignorant atheists beliefs and open you into a new spiritual realm.

Howdy l've been role-playing and writing in general forat least a decade. I am a Male who can play male and female characters. I have original ideas all over and a lot of Fandoms I'm in, which I'Il include below. I'm looking for OCXOC. Every character must be 18+ I have plenty of original characters and ideas along with fandom plots.
For original ideas, i like horror and apocalypse with action and depending romance. I do have a variety. I really like monsters and creepy things from the horror genre like vampires and Tentacles, and l even have my own idea set up in modern times dealing with vampires and hunters and all of that i also enjoy eldritch type horror. I also like old-school slasher films and space sci-fi horror similar to the Alien Franchise.
Now on fandoms! To get some other things down, l only play OC. The anime fandoms i like are Jojo's, Chainsaw Man, Naruto, JJK, Soul Eater, and more. I'm well versed in the Jojo's, Naruto, and JJK, and soul eater fandoms, though it's been a while since ï've stopped keeping up with soul eater. Other fandoms im in include Percy Jackson, Call of Duty, Marvel, and DC.
I tend to use character sheets to describe my character. These are very thorough and usually consist of names, backgrounds, and personalities, along with an in-depth look on appearance. More so on appearances, I don't usually use picture references, but I will if you would like me to.
The types of characters I write are the lone wolf type that has some sad past, which leads them to potentially go off the rails and gain a villain arc.I like all types of tropes, especially enemies to lovers or rivalry. I also really enjoy opposites attracted as a whole from either opposite personality or something else they would be opposites in. Enemies to lovers takes my heart, though.
I love seeing the characters go past theurge to ultimately hate each other and/or go past their usual way of disliking the others' lineage or upcoming I also love good written trauma moments. Like character death's, moments of pain and strife only to see the characters to deal and either be consumed or overcome them. I tend to either come up with original ideas for these scenes or use anime scenes as inspiration with narrative tweaks.
REQUIREMENT
I think my two biggest requirements are creativity and good pacing. Like any story, I feel these two things are very necessary to make a good story. Now, by Creativity, I don't mean you need to bring absolute craziness into the story, but abilities, character etc need to have some good genuine thought put into them. Along with that comes good pacing, which means I don't personally care about response length, and mine will vary from scene to scene accordingly.
I'm pretty much done if you have any questions. I'm here, and I'd love to hear back from you in chat the password is your favorite color. Supply it in chat only.

…or, subtitled, “My belated review of the Pittsburgh show”. 😄 I haven’t had time to relate everything that I wanted to say about this outstanding show until now, and I wanted to do it before this leg of the tour ends in a few hours.
I didn’t have a ticket for this show originally. I just bought a resale ticket last Monday (the 13th) on the floor just behind the GA area. It was a great ticket too - it was dead center, and the cost was very reasonable (in fact, even with all of the ridiculous fees, it was still only $116 altogether - I’m convinced the seller sold it for the same price they payed originally. Thank you, original ticket holder! 🙏)
So, why did I choose to go to this show in particular? Several reasons (one of which being that I was unfairly denied a chance at buying a GA ticket for this show originally because of the limited advance notice of the Ether Pass presale - I found out about it less than an hour after it started, but of course all the GA was sold already. 🙄 Powers-that-be-in-the-GVF-universe, give more advance notice for Ether Pass presales! They aren’t infected with scalpers like the Electric Tomb and Peaceful Army ones are - TELL US THE NIGHT BEFORE, NOT THE SAME DAY! Rant over.), but the main reason really was the chance to see Mirador in addition to GVF. I was very intrigued by this unexpected new band, and, since I couldn’t be certain that they were going to play live again past May, I had to jump at this opportunity. My parents’ families are also originally from Western PA, so this was a homecoming show of sorts for me as well. So, I secured the ticket and prepared to make my trek from Eastern PA to Western PA, a.k.a., driving almost the full extent of the Pennsylvania Turnpike. 😄
I planned my trip really well. I got up in plenty of time to make the trip leisurely to Pittsburgh, go to my hotel and relax before the show, have a meal, and then be entertained by wonderful bands all night. Well, plans and reality, tragically, don’t always match. I was reminded of that fact very painfully this past Saturday.
I’m driving in town, right at the beginning of my trip…and my car just completely dies about 2 miles from my house! 😩 I had no warning that this was about to occur. However, there was a silver lining to breaking down this early: if I could get the car to the garage somewhat quickly, I could borrow a car and still make it to Pittsburgh before the show started. I called AAA, got the tow truck arranged, and he showed up 2 hours later. Not good - but not so late that I couldn’t make the trip still. He, after much research, figured out how to get my car onto the truck (this was tricky because the car had no power at all, so it couldn’t be started), and he used to work at the garage that I wanted my car towed to! This was the first bit of good fortune - a sign that the Universe was still looking out for me. We were still good to go! I got the car to the garage, got back home to borrow another car, and still had time to make the cross-state drive in time to see the show!
Since I lost 2 hours that I didn’t know I’d be losing, that made taking rest stops along the way rather interesting. 😄 I thought I’d have plenty of time to eat, use the restroom occasionally, etc. - no, that’s not how it went down. I did manage two stops on this 5-hour drive that, miraculously, only took 4 hours and 15 minutes. (I’ll have to research whether or not cars can perform time warps at high speeds, but, based on this trip, I think they might be able to! 😄) Eating was a bit funny too - to save time, I had to eat while driving. While eating, I discovered that Burger King added mayonnaise to my Impossible Whopper when I asked them not to (I’m allergic to mayonnaise). So, I had to dispose of the top bun and attempt to consume the rest while somehow keeping my hands clean from the other condiments. This also stretched the boundaries of physics, but I somehow managed to do it without too much trouble (while traveling at Warp Speed, mind you).
I got to the hotel 30 minutes before Mirador (one of the two reasons I made the trip) was hitting the stage. I was checked-in ASAP (the clerk could see my sense of urgency bordering on panic), and told me how to walk to the arena (I chose this specific hotel so that I could walk to the arena). If you haven’t been to Pittsburgh before, the streets are arranged like a 3-dimensional chess board, as most cities are that are built on river valleys. One wrong turn and I would find out why Christopher Nolan shot the third “Batman” film here - and, with my luck, probably run into Bane. However, the Universe was looking out for me again, and I got to the arena and to my seat about 3 minutes before Mirador took the stage. Phew! 😅
Well, I loved Mirador, and I was happy that I got to see them. They were worth all the trouble. And, as an added bonus, GVF put on a blindingly good show! 😃 They were in great spirits all night, the “Saturday night” vibe had everyone in a good mood. I had more stress than I thought I would ever have before this show, but, when it was all said and done, the effort was totally worth it! I would have given up on the trip if it had been any other band - but there was no way I was missing this show unless it had been literally impossible to get there in time. Fortunately, it was merely highly inconvenient to get there in time! 😄
Thank you, Mirador and GVF, for making my trip worth it! 🙏 See you again in Uncasville (and from GA this time too)! Namaste. 🙏