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#IPCC Scientist David McCollum shares solutions for decarbonizing the energy sector, which can be done in three main areas: ✅ Efficiency ✅ Electrification ✅ Clean green electricity Oak Ridge Lab, Oak Ridge LabCleanEnergy, Oak Ridge LabBio_Env, U.S. Department of Energy, @UTBakerCenter, IIASA, MultiSector Dynamics

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IPCC

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15,375 просмотров • 3 лет назад •via X (Twitter)

Здоровье и велнесНовости и политикаНаука и технологии#IPCC
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Комментарии: 8

Фото профиля BIRD CEO
BIRD CEO3 лет назад

@ORNL @ORNLCleanEnergy @ORNLBio_Env @ENERGY @UTBakerCenter @IIASAVienna @multi_sector Solutions are existing, but political will is slow to build the momentum. Much better is to prepare to live with global warming

Фото профиля Derby/Derbyshire UnFriends the Burning Earth
Derby/Derbyshire UnFriends the Burning Earth3 лет назад

@ORNL @ORNLCleanEnergy @ORNLBio_Env @ENERGY @UTBakerCenter @IIASAVienna @multi_sector Hydrogen, biomass, biofuels, bioenergy, nuclear = high-carbon, energy-inefficient waste of resources greenwash/greenhush etc Burning hydrogen - water vapour GHG

Фото профиля The Awkward Phoenix
The Awkward Phoenix3 лет назад

@ORNL @ORNLCleanEnergy @ORNLBio_Env @ENERGY @UTBakerCenter @IIASAVienna @multi_sector Until we reduce consumption drastically, no green solutions are any good. This system of linear growth simply isn't sustainable.

Фото профиля Sangeeta Saha
Sangeeta Saha3 лет назад

@ORNL @ORNLCleanEnergy @ORNLBio_Env @ENERGY @UTBakerCenter @IIASAVienna @multi_sector The Climate Catastrophic situation can only be reversed by the Govt policies of each Country,but the Govts have desperately failed the citizens in this effort

Фото профиля Harry Russell
Harry Russell3 лет назад

@ORNL @ORNLCleanEnergy @ORNLBio_Env @ENERGY @UTBakerCenter @IIASAVienna @multi_sector How about this open sourced, gravity driven, continuous motion, free energy generator to decentralize the grid with a non-carbon system. Power Multiplier Device, last resize (I hope)-overunity.com

Фото профиля mabu
mabu3 лет назад

@ORNL @ORNLCleanEnergy @ORNLBio_Env @ENERGY @UTBakerCenter @IIASAVienna @multi_sector in this context refering to nuclear power plants, one should remember for instance: even the fairly modern one in Forsmark/Sweden, several years ago (in the 2000'ies), was less than 30 minutes before a big accident

Фото профиля mabu
mabu3 лет назад

@ORNL @ORNLCleanEnergy @ORNLBio_Env @ENERGY @UTBakerCenter @IIASAVienna @multi_sector not to forget: Even the fairly modern nuclear power plant in Forsmark/Sweden, several years ago (in the 2000'ies), was less than 30 minutes before a big accident Better alternatives should and could be developed

Фото профиля Menas C. Kafatos
Menas C. Kafatos3 лет назад

@ORNL @ORNLCleanEnergy @ORNLBio_Env @ENERGY @UTBakerCenter @IIASAVienna @multi_sector Excellent!

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Wall Street Apes

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Warm greetings on Indian Foreign Service Day! Hardeep Singh Puri Sir, your journey as a diplomat and now as a key figure in India's leadership is truly inspiring. The pride and responsibility you’ve carried while representing India globally, and now in shaping key policies, is commendable. Wishing you continued success in fostering international relations and driving India's growth forward. Here are some achievements of Shri Hardeep Singh Puri Sir : 1. Participation in G20 Summits: Advocated for global economic stability and cooperation. 2. Ambassador to Brazil: Enhanced bilateral relations and trade between India and Brazil. 3. Permanent Representative to the United Nations: Involved in significant negotiations on peacekeeping and global security. 4. Advocacy for Development Issues: Focused on poverty alleviation and sustainable development at the UN. 5. Promotion of India's Soft Power: Enhanced India's cultural diplomacy and global governance contributions. 6. Role in International Conferences: Contributed to discussions on peace and security at global summits. 7. Strengthening Ties with the Indian Diaspora: Fostered connections and highlighted their role as cultural ambassadors. 8. Crisis Response Initiatives: Led diplomatic responses during crises, providing humanitarian assistance. 9. Global Health Initiatives: Advocated for international cooperation in combating health issues. 10. Advancement of Global Trade Discussions: Promoted fair trade practices for developing nations. 11. Minister of Petroleum and Natural Gas: Focused on energy security and sustainable practices. 12. Implementation of PM Gati Shakti National Master Plan: Improved multimodal connectivity and infrastructure development. 13. Expansion of Pradhan Mantri Ujjwala Yojana: Provided LPG connections to below-poverty-line households. 14. Support for Electric Mobility: Advocated for electric vehicles to reduce pollution. 15. Investment in Renewable Energy Projects: Championed large-scale solar and wind projects. 16. Housing for All: Implemented PMAY (Pradhan Mantri Awas Yojana) for affordable housing. 17. Promotion of International Trade: Facilitated agreements to enhance India's energy exports. 18. Public Health Initiatives: Launched campaigns for safe and clean energy practices. 19. Global Energy Partnerships: Fostered collaborations in the energy sector for security and innovation. 20. Launch of the National Hydrogen Mission: Promoted hydrogen as a clean energy source. 21. Vande Bharat Mission: Led the repatriation of millions of stranded Indians during the pandemic. 22. COVID-19 Response: Maintained supply chains for uninterrupted fuel and energy availability. 23. Support for Startups and Innovations: Encouraged entrepreneurship in energy and aviation sectors. 24. Enhancement of Oil and Gas Exploration: Promoted self-sufficiency in energy resources. 25. Promotion of Alternate Fuels: Advocated for biogas and ethanol usage to support sustainability. 26. Revival of Air India: Played a key role in restoring the national carrier’s operational efficiency. 27. Expansion of LPG Infrastructure: Improved access to clean cooking fuel in rural areas. 28. Skill Development in Aviation: Promoted initiatives to enhance workforce capabilities. 29. Enhancement of Airport Infrastructure: Upgraded airports for better passenger experience. 30. Leadership in Energy Transition Discussions: Influenced sustainable practices in global energy policies. 31. National Biofuel Policy: Promoted the use of biofuels in transportation for energy security. 32. Energy Conservation Building Code (ECBC): Improved energy efficiency in urban buildings. 33. Support for Women Empowerment Initiatives: Focused on increasing women's participation in energy sector leadership. 34. Crisis Management in Diplomacy: Ensured timely evacuation and assistance during international emergencies. 35. Engagement with Non-Aligned Movement: Reinforced India's leadership role among developing nations. 36. Role in Climate Agreements: Actively participated in climate change negotiations, including the Paris Agreement. 37. Promotion of India's Maritime Interests: Advocated for security cooperation in maritime affairs. 38. Promotion of Digital Diplomacy: Utilized technology for enhanced diplomatic outreach. 39. Collaboration with International Organizations: Worked with bodies like the International Energy Agency (IEA) for best practices. 40. Crisis Response During Natural Disasters: Coordinated India's humanitarian aid efforts in response to global crises. 41. Global Leadership in Energy Efficiency: Advocated for international collaboration on energy conservation. 42. Public-Private Partnerships in Energy: Encouraged collaborations to enhance energy infrastructure and investment. 43. Support for Renewable Energy Initiatives: Championed policies for sustainable energy generation and usage. 44. Advancement of Smart City Projects: Promoted urban development with intelligent transport systems. 45. Initiatives for Rural Electrification: Focused on extending electricity access to rural communities. 46. International Recognition: Gained accolades for contributions to energy policy and diplomacy. 47. Leadership in Peacekeeping Operations: Advocated for India's role in UN peacekeeping missions. 48. Participation in International Security Dialogues: Engaged in discussions on global security challenges. 49. Role in Counter-Terrorism Efforts: Strengthened India's position in international counter-terrorism discussions. 50. Engagement with Global Energy Forums: Influenced international energy discussions and policies. 51. Smart City Mission: Played a crucial role in the launch and implementation of the Smart City Mission, focusing on urban innovation. 52. Attracting Foreign Investment: Worked to bring in foreign investments in both the petroleum and aviation sectors. 53. Advocacy for Sustainable Urban Planning: Promoted policies to ensure sustainable urban development and housing. 54. Facilitation of International Cooperation in Urban Development: Engaged with global partners to share best practices in urban planning. 55. Launch of Housing Initiatives for Urban Poor: Developed schemes specifically targeting housing for low-income families. 56. Promotion of Energy-efficient Technologies: Advocated for the adoption of cleaner technologies in the energy sector. 57. Support for Women’s Health Initiatives: Focused on energy access and its impact on women’s health and well-being. 58. Enhancement of India’s Energy Diplomacy: Strengthened relationships with energy-producing nations. 59. Promotion of Research and Development in Energy: Encouraged innovation in energy technology and research. 60. Implementation of Smart Grids: Promoted the development of smart grids for efficient energy distribution. 61. Role in Enhancing Regional Cooperation: Advocated for regional energy cooperation in South Asia. 62. Promoting India’s Energy Security Agenda: Focused on securing India’s energy needs through diverse sources. 63. Collaboration with Industry Leaders: Worked with industry stakeholders to promote sustainable practices. 64. Global Advocacy for Clean Energy Solutions: Represented India’s interests in global clean energy discussions. 65. Promotion of Corporate Responsibility in Energy: Encouraged corporations to adopt sustainable energy practices. 66. Leadership in Urban Mobility Initiatives: Promoted policies to improve public transport and reduce urban congestion. 67. Development of Integrated Transport Systems: Advocated for a multimodal approach to transportation planning. 68. Promotion of Decentralized Energy Solutions: Supported renewable energy projects at the community level. 69. Encouragement of Local Manufacturing in Energy Sector: Advocated for indigenous production of energy technologies. 70. Promotion of Innovative Financing Mechanisms: Supported new financing models for energy projects. 71. Enhancement of Air Safety Standards: Focused on improving safety measures in civil aviation. 72. Promotion of Cargo and Logistics Services: Advocated for the growth of air cargo services to boost trade. 73. Support for Regional Air Connectivity: Strengthened initiatives for connecting underserved regions. 74. Leadership in Aviation Policy Reforms: Worked towards comprehensive reforms in the aviation sector. 75. Development of Aviation Infrastructure: Facilitated investments in airports and aviation facilities. 76. Community Engagement in Energy Projects: Promoted community involvement in renewable energy projects. 77. Support for Energy Access Initiatives: Advocated for projects that increase energy access for marginalized communities. 78. Promoting Sustainable Agriculture Practices: Focused on the role of clean energy in enhancing agricultural productivity. 79. Engagement with Youth on Energy Issues: Promoted awareness among youth regarding energy conservation and sustainability. 80. Support for Skill Development Programs: Encouraged training programs in renewable energy technologies. 81. Advocacy for Climate Action: Continued efforts in addressing climate change and promoting sustainable practices. 82. Promotion of India as an Energy Hub: Positioned India as a central player in the global energy market. 83. Leadership in Global Energy Transitions: Influenced discussions on transitioning to renewable energy sources. 84. Engagement with Multilateral Organizations: Strengthened India’s position in international organizations related to energy. 85. Commitment to National Development Goals: Aligned energy policies with national development objectives. 86. Promotion of Environmental Sustainability: Advocated for policies that balance development with environmental conservation. 87. Support for Technology Transfer: Encouraged collaboration for the transfer of clean technologies to India. 88. Participation in International Forums on Energy: Actively engaged in global dialogues on energy security and sustainability. 89. Role in Disaster Management Initiatives: Contributed to policies that integrate energy management in disaster response. 90. Implementation of Smart Energy Solutions: Advocated for the adoption of smart meters and energy-efficient appliances to enhance energy management. 91. Promotion of Clean Cooking Solutions: Launched initiatives to provide access to clean cooking fuels to reduce health hazards in rural areas. 92. Strengthening of Regulatory Frameworks: Worked on reforms to streamline regulations in the oil and gas sector, enhancing transparency and efficiency. 93. International Collaborations for Renewable Energy: Established partnerships with countries for joint research and development in renewable energy technologies. 94. Advocacy for Energy Efficiency Labels: Promoted the labeling of appliances to encourage consumers to choose energy-efficient products. 95. Engagement in International Climate Finance Discussions: Represented India in dialogues aimed at securing funding for climate change mitigation projects. 96. Promotion of Urban Sustainability Initiatives: Advocated for integrated urban development strategies that focus on sustainability and livability. 97. Support for the Production of Biofuels: Encouraged initiatives to enhance the domestic production of biofuels to achieve energy security. 98. Advancement of Women’s Leadership in Energy: Launched programs to promote women's leadership in the energy 99. Fostering Innovation in Energy Startups: Supported initiatives aimed at nurturing startups in the energy sector through mentorship and funding. 100. Commitment to India’s Energy Independence: Continually worked towards policies that enhance India’s energy independence and reduce reliance on imports and 100+ more. Narendra Modi Amit Shah Office of Hardeep Singh Puri Lakshmi M Puri Ministry of Petroleum and Natural Gas #MoPNG Bharat Petroleum Hindustan Petroleum Corporation Limited GAIL (India) Limited Indian Foreign Service Association BJP गृहमंत्री कार्यालय, HMO India PMO India rasaal dwivedi BJP Delhi Manohar Lal Parshottam Rupala Indian Oil Corp Ltd ChairmanIOC Indian Diplomacy Ministry of Housing and Urban Affairs
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Warm greetings on Indian Foreign Service Day! Hardeep Singh Puri Sir, your journey as a diplomat and now as a key figure in India's leadership is truly inspiring. The pride and responsibility you’ve carried while representing India globally, and now in shaping key policies, is commendable. Wishing you continued success in fostering international relations and driving India's growth forward. Here are some achievements of Shri Hardeep Singh Puri Sir : 1. Participation in G20 Summits: Advocated for global economic stability and cooperation. 2. Ambassador to Brazil: Enhanced bilateral relations and trade between India and Brazil. 3. Permanent Representative to the United Nations: Involved in significant negotiations on peacekeeping and global security. 4. Advocacy for Development Issues: Focused on poverty alleviation and sustainable development at the UN. 5. Promotion of India's Soft Power: Enhanced India's cultural diplomacy and global governance contributions. 6. Role in International Conferences: Contributed to discussions on peace and security at global summits. 7. Strengthening Ties with the Indian Diaspora: Fostered connections and highlighted their role as cultural ambassadors. 8. Crisis Response Initiatives: Led diplomatic responses during crises, providing humanitarian assistance. 9. Global Health Initiatives: Advocated for international cooperation in combating health issues. 10. Advancement of Global Trade Discussions: Promoted fair trade practices for developing nations. 11. Minister of Petroleum and Natural Gas: Focused on energy security and sustainable practices. 12. Implementation of PM Gati Shakti National Master Plan: Improved multimodal connectivity and infrastructure development. 13. Expansion of Pradhan Mantri Ujjwala Yojana: Provided LPG connections to below-poverty-line households. 14. Support for Electric Mobility: Advocated for electric vehicles to reduce pollution. 15. Investment in Renewable Energy Projects: Championed large-scale solar and wind projects. 16. Housing for All: Implemented PMAY (Pradhan Mantri Awas Yojana) for affordable housing. 17. Promotion of International Trade: Facilitated agreements to enhance India's energy exports. 18. Public Health Initiatives: Launched campaigns for safe and clean energy practices. 19. Global Energy Partnerships: Fostered collaborations in the energy sector for security and innovation. 20. Launch of the National Hydrogen Mission: Promoted hydrogen as a clean energy source. 21. Vande Bharat Mission: Led the repatriation of millions of stranded Indians during the pandemic. 22. COVID-19 Response: Maintained supply chains for uninterrupted fuel and energy availability. 23. Support for Startups and Innovations: Encouraged entrepreneurship in energy and aviation sectors. 24. Enhancement of Oil and Gas Exploration: Promoted self-sufficiency in energy resources. 25. Promotion of Alternate Fuels: Advocated for biogas and ethanol usage to support sustainability. 26. Revival of Air India: Played a key role in restoring the national carrier’s operational efficiency. 27. Expansion of LPG Infrastructure: Improved access to clean cooking fuel in rural areas. 28. Skill Development in Aviation: Promoted initiatives to enhance workforce capabilities. 29. Enhancement of Airport Infrastructure: Upgraded airports for better passenger experience. 30. Leadership in Energy Transition Discussions: Influenced sustainable practices in global energy policies. 31. National Biofuel Policy: Promoted the use of biofuels in transportation for energy security. 32. Energy Conservation Building Code (ECBC): Improved energy efficiency in urban buildings. 33. Support for Women Empowerment Initiatives: Focused on increasing women's participation in energy sector leadership. 34. Crisis Management in Diplomacy: Ensured timely evacuation and assistance during international emergencies. 35. Engagement with Non-Aligned Movement: Reinforced India's leadership role among developing nations. 36. Role in Climate Agreements: Actively participated in climate change negotiations, including the Paris Agreement. 37. Promotion of India's Maritime Interests: Advocated for security cooperation in maritime affairs. 38. Promotion of Digital Diplomacy: Utilized technology for enhanced diplomatic outreach. 39. Collaboration with International Organizations: Worked with bodies like the International Energy Agency (IEA) for best practices. 40. Crisis Response During Natural Disasters: Coordinated India's humanitarian aid efforts in response to global crises. 41. Global Leadership in Energy Efficiency: Advocated for international collaboration on energy conservation. 42. 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Smart City Mission: Played a crucial role in the launch and implementation of the Smart City Mission, focusing on urban innovation. 52. Attracting Foreign Investment: Worked to bring in foreign investments in both the petroleum and aviation sectors. 53. Advocacy for Sustainable Urban Planning: Promoted policies to ensure sustainable urban development and housing. 54. Facilitation of International Cooperation in Urban Development: Engaged with global partners to share best practices in urban planning. 55. Launch of Housing Initiatives for Urban Poor: Developed schemes specifically targeting housing for low-income families. 56. Promotion of Energy-efficient Technologies: Advocated for the adoption of cleaner technologies in the energy sector. 57. Support for Women’s Health Initiatives: Focused on energy access and its impact on women’s health and well-being. 58. Enhancement of India’s Energy Diplomacy: Strengthened relationships with energy-producing nations. 59. Promotion of Research and Development in Energy: Encouraged innovation in energy technology and research. 60. Implementation of Smart Grids: Promoted the development of smart grids for efficient energy distribution. 61. Role in Enhancing Regional Cooperation: Advocated for regional energy cooperation in South Asia. 62. Promoting India’s Energy Security Agenda: Focused on securing India’s energy needs through diverse sources. 63. Collaboration with Industry Leaders: Worked with industry stakeholders to promote sustainable practices. 64. Global Advocacy for Clean Energy Solutions: Represented India’s interests in global clean energy discussions. 65. Promotion of Corporate Responsibility in Energy: Encouraged corporations to adopt sustainable energy practices. 66. Leadership in Urban Mobility Initiatives: Promoted policies to improve public transport and reduce urban congestion. 67. Development of Integrated Transport Systems: Advocated for a multimodal approach to transportation planning. 68. Promotion of Decentralized Energy Solutions: Supported renewable energy projects at the community level. 69. Encouragement of Local Manufacturing in Energy Sector: Advocated for indigenous production of energy technologies. 70. Promotion of Innovative Financing Mechanisms: Supported new financing models for energy projects. 71. Enhancement of Air Safety Standards: Focused on improving safety measures in civil aviation. 72. Promotion of Cargo and Logistics Services: Advocated for the growth of air cargo services to boost trade. 73. Support for Regional Air Connectivity: Strengthened initiatives for connecting underserved regions. 74. Leadership in Aviation Policy Reforms: Worked towards comprehensive reforms in the aviation sector. 75. Development of Aviation Infrastructure: Facilitated investments in airports and aviation facilities. 76. Community Engagement in Energy Projects: Promoted community involvement in renewable energy projects. 77. Support for Energy Access Initiatives: Advocated for projects that increase energy access for marginalized communities. 78. Promoting Sustainable Agriculture Practices: Focused on the role of clean energy in enhancing agricultural productivity. 79. Engagement with Youth on Energy Issues: Promoted awareness among youth regarding energy conservation and sustainability. 80. Support for Skill Development Programs: Encouraged training programs in renewable energy technologies. 81. Advocacy for Climate Action: Continued efforts in addressing climate change and promoting sustainable practices. 82. Promotion of India as an Energy Hub: Positioned India as a central player in the global energy market. 83. Leadership in Global Energy Transitions: Influenced discussions on transitioning to renewable energy sources. 84. Engagement with Multilateral Organizations: Strengthened India’s position in international organizations related to energy. 85. Commitment to National Development Goals: Aligned energy policies with national development objectives. 86. Promotion of Environmental Sustainability: Advocated for policies that balance development with environmental conservation. 87. Support for Technology Transfer: Encouraged collaboration for the transfer of clean technologies to India. 88. Participation in International Forums on Energy: Actively engaged in global dialogues on energy security and sustainability. 89. Role in Disaster Management Initiatives: Contributed to policies that integrate energy management in disaster response. 90. Implementation of Smart Energy Solutions: Advocated for the adoption of smart meters and energy-efficient appliances to enhance energy management. 91. Promotion of Clean Cooking Solutions: Launched initiatives to provide access to clean cooking fuels to reduce health hazards in rural areas. 92. Strengthening of Regulatory Frameworks: Worked on reforms to streamline regulations in the oil and gas sector, enhancing transparency and efficiency. 93. International Collaborations for Renewable Energy: Established partnerships with countries for joint research and development in renewable energy technologies. 94. Advocacy for Energy Efficiency Labels: Promoted the labeling of appliances to encourage consumers to choose energy-efficient products. 95. Engagement in International Climate Finance Discussions: Represented India in dialogues aimed at securing funding for climate change mitigation projects. 96. Promotion of Urban Sustainability Initiatives: Advocated for integrated urban development strategies that focus on sustainability and livability. 97. Support for the Production of Biofuels: Encouraged initiatives to enhance the domestic production of biofuels to achieve energy security. 98. Advancement of Women’s Leadership in Energy: Launched programs to promote women's leadership in the energy 99. Fostering Innovation in Energy Startups: Supported initiatives aimed at nurturing startups in the energy sector through mentorship and funding. 100. Commitment to India’s Energy Independence: Continually worked towards policies that enhance India’s energy independence and reduce reliance on imports and 100+ more. Narendra Modi Amit Shah Office of Hardeep Singh Puri Lakshmi M Puri Ministry of Petroleum and Natural Gas #MoPNG Bharat Petroleum Hindustan Petroleum Corporation Limited GAIL (India) Limited Indian Foreign Service Association BJP गृहमंत्री कार्यालय, HMO India PMO India rasaal dwivedi BJP Delhi Manohar Lal Parshottam Rupala Indian Oil Corp Ltd ChairmanIOC Indian Diplomacy Ministry of Housing and Urban Affairs

Rajashekhar Masna

50,836 просмотров • 2 лет назад

🌍 Empowering Somalia’s Renewable Energy Future! ☀️ The Somali Green Energy Association (SOGEA) recently hosted a transformative Solar PV Installation Workshop in Mogadishu — and the response was extraordinary! We planned for just 30 participants, but nearly 500 applications poured in from enthusiastic university graduates in Electrical Engineering, Environmental Science, and Business — a testament to the growing interest in clean energy careers. This overwhelming interest highlights two key realities: ✅ A critical skills gap in Somalia’s renewable energy sector ✅ A rising enthusiasm among youth and women to drive change After a competitive selection process, 30 finalists (17 males, 13 females) were trained to install 500W standalone off-grid solar systems. This hands-on experience gave them essential technical skills, increasing their job readiness and capacity to scale clean energy solutions across Somalia. We are especially proud of participants like Jawahir, an electrical engineer, who shared how this training boosted her confidence and opened new doors in a field where women are still underrepresented. The path forward is clear: 🔹 Scale technical training, especially for youth and women 🔹 Strengthen support for solar system design, clean cooking, and off-grid solutions 🔹 Mobilize investment to reduce unemployment and power local economies At SOGEA, we’re committed to growing Somalia’s green workforce. We’re actively seeking partnerships and sponsorships to expand this initiative and make renewable energy accessible, affordable, and sustainable for all. Let’s invest in a cleaner, brighter, and more inclusive future for Somalia! #RenewableEnergy #SolarEnergy #CapacityBuilding #WomenInEnergy #YouthEmpowerment #GreenJobs #Somalia #SOGEA GOGLA Clean Cooking Alliance (CCA) Modern Energy Cooking Services Global Solar Council (GSC) @RuralElec UN Environment Programme in Africa UNDP Somalia Power Africa Aato Harun Maruf Lt. Gen. Bashir Mohamed Jama Hon. Abdullahi Godah Barre Naaji Ministry of Environment & Climate Change 🇸🇴
0:56

🌍 Empowering Somalia’s Renewable Energy Future! ☀️ The Somali Green Energy Association (SOGEA) recently hosted a transformative Solar PV Installation Workshop in Mogadishu — and the response was extraordinary! We planned for just 30 participants, but nearly 500 applications poured in from enthusiastic university graduates in Electrical Engineering, Environmental Science, and Business — a testament to the growing interest in clean energy careers. This overwhelming interest highlights two key realities: ✅ A critical skills gap in Somalia’s renewable energy sector ✅ A rising enthusiasm among youth and women to drive change After a competitive selection process, 30 finalists (17 males, 13 females) were trained to install 500W standalone off-grid solar systems. This hands-on experience gave them essential technical skills, increasing their job readiness and capacity to scale clean energy solutions across Somalia. We are especially proud of participants like Jawahir, an electrical engineer, who shared how this training boosted her confidence and opened new doors in a field where women are still underrepresented. The path forward is clear: 🔹 Scale technical training, especially for youth and women 🔹 Strengthen support for solar system design, clean cooking, and off-grid solutions 🔹 Mobilize investment to reduce unemployment and power local economies At SOGEA, we’re committed to growing Somalia’s green workforce. We’re actively seeking partnerships and sponsorships to expand this initiative and make renewable energy accessible, affordable, and sustainable for all. Let’s invest in a cleaner, brighter, and more inclusive future for Somalia! #RenewableEnergy #SolarEnergy #CapacityBuilding #WomenInEnergy #YouthEmpowerment #GreenJobs #Somalia #SOGEA GOGLA Clean Cooking Alliance (CCA) Modern Energy Cooking Services Global Solar Council (GSC) @RuralElec UN Environment Programme in Africa UNDP Somalia Power Africa Aato Harun Maruf Lt. Gen. Bashir Mohamed Jama Hon. Abdullahi Godah Barre Naaji Ministry of Environment & Climate Change 🇸🇴

Somali Green Energy Association (SOGEA)

34,411 просмотров • 1 год назад

𝐈𝐬 𝐄𝟐𝟎 𝐩𝐞𝐭𝐫𝐨𝐥 𝐝𝐚𝐦𝐚𝐠𝐢𝐧𝐠 𝐲𝐨𝐮𝐫 𝐯𝐞𝐡𝐢𝐜𝐥𝐞’𝐬 𝐞𝐧𝐠𝐢𝐧𝐞? 𝐇𝐞𝐫𝐞’𝐬 𝐭𝐡𝐞 𝐭𝐫𝐮𝐭𝐡! 🚗🔍 Following up on his previous video, MP Shri Konda Vishweshwar Reddy busts the biggest myth around E20: Does it damage engines? 🔬 Scientific proof: Research from MIT, NREL and Oak Ridge National Laboratory shows E20 does not adversely affect engine durability. Direct ethanol injection can also improve performance and suppress knock. ⚙️ Technical reality: With each combustion stroke lasting just 15 milliseconds, continuous engine-oil lubrication and super-heated cylinders leave virtually no scope for ethanol-induced corrosion or damage. 🛠️ Ground reality: Mechanics across Delhi, Hyderabad and other regions report no cases of vehicles being ruined by E20. Claims that mechanics are profiting from E20-related damage are baseless. 𝐄𝟐𝟎 𝐢𝐬 𝐬𝐚𝐟𝐞 𝐟𝐨𝐫 𝐜𝐨𝐦𝐩𝐚𝐭𝐢𝐛𝐥𝐞 𝐞𝐧𝐠𝐢𝐧𝐞𝐬. 𝐃𝐨𝐧’𝐭 𝐟𝐚𝐥𝐥 𝐟𝐨𝐫 𝐭𝐡𝐞 𝐩𝐫𝐨𝐩𝐚𝐠𝐚𝐧𝐝𝐚! ✅
4:46

𝐈𝐬 𝐄𝟐𝟎 𝐩𝐞𝐭𝐫𝐨𝐥 𝐝𝐚𝐦𝐚𝐠𝐢𝐧𝐠 𝐲𝐨𝐮𝐫 𝐯𝐞𝐡𝐢𝐜𝐥𝐞’𝐬 𝐞𝐧𝐠𝐢𝐧𝐞? 𝐇𝐞𝐫𝐞’𝐬 𝐭𝐡𝐞 𝐭𝐫𝐮𝐭𝐡! 🚗🔍 Following up on his previous video, MP Shri Konda Vishweshwar Reddy busts the biggest myth around E20: Does it damage engines? 🔬 Scientific proof: Research from MIT, NREL and Oak Ridge National Laboratory shows E20 does not adversely affect engine durability. Direct ethanol injection can also improve performance and suppress knock. ⚙️ Technical reality: With each combustion stroke lasting just 15 milliseconds, continuous engine-oil lubrication and super-heated cylinders leave virtually no scope for ethanol-induced corrosion or damage. 🛠️ Ground reality: Mechanics across Delhi, Hyderabad and other regions report no cases of vehicles being ruined by E20. Claims that mechanics are profiting from E20-related damage are baseless. 𝐄𝟐𝟎 𝐢𝐬 𝐬𝐚𝐟𝐞 𝐟𝐨𝐫 𝐜𝐨𝐦𝐩𝐚𝐭𝐢𝐛𝐥𝐞 𝐞𝐧𝐠𝐢𝐧𝐞𝐬. 𝐃𝐨𝐧’𝐭 𝐟𝐚𝐥𝐥 𝐟𝐨𝐫 𝐭𝐡𝐞 𝐩𝐫𝐨𝐩𝐚𝐠𝐚𝐧𝐝𝐚! ✅

BJP

60,946 просмотров • 1 месяц назад

1 billion people worldwide are served by health facilities with unreliable electricity, or no electricity at all. Think about what that means: -surgeries and births are done in the dark -vaccines cannot be stored safely -vital medical equipment cannot function World Health Organization (WHO) and partners set up the “Energy for Health” installation to bring those challenges closer to the #COP28 participants and show that it doesn’t have to be this way. Solutions exist, right now, which allow us to solve this grave injustice. Decentralized renewable energies, based on solar modules coupled with batteries, are an example of how we can deliver clean, reliable and cost-effective electricity to health centres, even in remote locations. We urge leaders to mobilise action and investment. We cannot leave those people, or the health workers who serve them, in the dark
1:15

1 billion people worldwide are served by health facilities with unreliable electricity, or no electricity at all. Think about what that means: -surgeries and births are done in the dark -vaccines cannot be stored safely -vital medical equipment cannot function World Health Organization (WHO) and partners set up the “Energy for Health” installation to bring those challenges closer to the #COP28 participants and show that it doesn’t have to be this way. Solutions exist, right now, which allow us to solve this grave injustice. Decentralized renewable energies, based on solar modules coupled with batteries, are an example of how we can deliver clean, reliable and cost-effective electricity to health centres, even in remote locations. We urge leaders to mobilise action and investment. We cannot leave those people, or the health workers who serve them, in the dark

Tedros Adhanom Ghebreyesus

99,161 просмотров • 2 лет назад

Thank you Rep. Eric Burlison for highlighting how imperative FFRDCs (Federally Funded Research and Development Centers) are to UFO crash retrieval and reverse engineering activities. I talk about FFRDCs ad nauseam, and state to an annoying degree that specific FFRDCs, specifically MITRE , The Aerospace Corporation , RAND , Lincoln Laboratory , and DOE/NNSA National Lab FFRDCs such as Sandia National Labs , Oak Ridge Lab , Los Alamos National Laboratory , and Lawrence Livermore National Laboratory operate as the missing link in the UFO legacy program structure. As GOCO (government-owned contractor-operated) institutions, FFRDCs serve as subject matter experts and R&D aces, answerable to their US Government sponsor for long-term and highly specialized needs that their USG sponsor could not accomplish in-house. Existing as quasi-government institutions, FFRDCs are the perfect apparatus for government customers to leverage for UFO RDT&E work while keeping core secrets, materials, deliverables, reports, institutional knowledge, etc "in-house". Effectively, FFRDCs can arbitrate access to knowledge and information to DIB prime contractors, the most security vulnerable piece of the UFO legacy program structure. FFRDC and GOCO institutions are the PERFECT tool for relevant government customers to be "hands off" and maintain "plausible deniability" for covert UFO projects, safely shoveling program elements within semi-private FFRDCs whilst still retaining full control and access to the project. Furthermore, DOE/NNSA FFRDC National Labs like those listed above enjoy UNPARALLED security..... Since these sites deal with nuclear technology and secrets, DOE National Labs may harness the 1954 Atomic Energy Act to leverage restricted data, special nuclear material, trans-classified foreign nuclear information, and more to misclassify UFO information, wreckage, materials, etc. Such statuatory protocols enacted by the precursor to the U.S. Department of Energy , the Atomic Energy Commission, are NOT subject to declassification review and can keep such secrets deep-sixed from even a POTUS declassification Executive Order. I theorize that DOE/NNSA National Lab FFRDCs, leverage the NEST (Nuclear Energy Support Team) and the OST (Office of Secure Transportation), whose authorities are both derived from the above 1954 Atomic Energy Act, to recover, safeguard, and transport recovered UFO materials across the continental United States. I have a whole nearly 3-hour exploration into one such National Lab, Sandia, worth checking out to understand everything above: Once again, Rep. Eric Burlison , I wonder why, when you sent interrogatories to the Aerospace Corporation, they sent two men green behind the gills to meet with you instead of individuals like Edward C. Aldridge or Randall G. Walden.
0:30

Thank you Rep. Eric Burlison for highlighting how imperative FFRDCs (Federally Funded Research and Development Centers) are to UFO crash retrieval and reverse engineering activities. I talk about FFRDCs ad nauseam, and state to an annoying degree that specific FFRDCs, specifically MITRE , The Aerospace Corporation , RAND , Lincoln Laboratory , and DOE/NNSA National Lab FFRDCs such as Sandia National Labs , Oak Ridge Lab , Los Alamos National Laboratory , and Lawrence Livermore National Laboratory operate as the missing link in the UFO legacy program structure. As GOCO (government-owned contractor-operated) institutions, FFRDCs serve as subject matter experts and R&D aces, answerable to their US Government sponsor for long-term and highly specialized needs that their USG sponsor could not accomplish in-house. Existing as quasi-government institutions, FFRDCs are the perfect apparatus for government customers to leverage for UFO RDT&E work while keeping core secrets, materials, deliverables, reports, institutional knowledge, etc "in-house". Effectively, FFRDCs can arbitrate access to knowledge and information to DIB prime contractors, the most security vulnerable piece of the UFO legacy program structure. FFRDC and GOCO institutions are the PERFECT tool for relevant government customers to be "hands off" and maintain "plausible deniability" for covert UFO projects, safely shoveling program elements within semi-private FFRDCs whilst still retaining full control and access to the project. Furthermore, DOE/NNSA FFRDC National Labs like those listed above enjoy UNPARALLED security..... Since these sites deal with nuclear technology and secrets, DOE National Labs may harness the 1954 Atomic Energy Act to leverage restricted data, special nuclear material, trans-classified foreign nuclear information, and more to misclassify UFO information, wreckage, materials, etc. Such statuatory protocols enacted by the precursor to the U.S. Department of Energy , the Atomic Energy Commission, are NOT subject to declassification review and can keep such secrets deep-sixed from even a POTUS declassification Executive Order. I theorize that DOE/NNSA National Lab FFRDCs, leverage the NEST (Nuclear Energy Support Team) and the OST (Office of Secure Transportation), whose authorities are both derived from the above 1954 Atomic Energy Act, to recover, safeguard, and transport recovered UFO materials across the continental United States. I have a whole nearly 3-hour exploration into one such National Lab, Sandia, worth checking out to understand everything above: Once again, Rep. Eric Burlison , I wonder why, when you sent interrogatories to the Aerospace Corporation, they sent two men green behind the gills to meet with you instead of individuals like Edward C. Aldridge or Randall G. Walden.

Gerb

31,544 просмотров • 5 месяцев назад

We could call Joe Bonsall a Country Music legend, a Hall of Famer, an award-winning author, a poet, or a devoted husband and father. We were unbelievably fortunate to be able to call him a great friend. Our hearts are heavy this morning after learning that our brother in The Oak Ridge Boys moved on to the next life after a battle with ALS. From our first time meeting him, to recording a version of Elvira with him, to performing on a number of stages together, Joe has been a tremendous inspiration to us. We feel incredibly blessed to have had our paths cross. He was kind, funny, and gracious and more than generous with his time, energy and talents. He will be missed dearly. He payed forward his successes and we will continue to do the same in his honor. His legacy will live on in all of us and in the amazing music and friendships he’s left us with here on this Earth. Rest in peace, friend. Hi-yo Silver, away ❤️ ALS is a horrible disease and there’s not nearly enough funding for research. In lieu of any flowers, his family asked that donations be made to The ALS Association to the Vanderbilt ALS Research group. We’ll include some links to both below.
2:55

We could call Joe Bonsall a Country Music legend, a Hall of Famer, an award-winning author, a poet, or a devoted husband and father. We were unbelievably fortunate to be able to call him a great friend. Our hearts are heavy this morning after learning that our brother in The Oak Ridge Boys moved on to the next life after a battle with ALS. From our first time meeting him, to recording a version of Elvira with him, to performing on a number of stages together, Joe has been a tremendous inspiration to us. We feel incredibly blessed to have had our paths cross. He was kind, funny, and gracious and more than generous with his time, energy and talents. He will be missed dearly. He payed forward his successes and we will continue to do the same in his honor. His legacy will live on in all of us and in the amazing music and friendships he’s left us with here on this Earth. Rest in peace, friend. Hi-yo Silver, away ❤️ ALS is a horrible disease and there’s not nearly enough funding for research. In lieu of any flowers, his family asked that donations be made to The ALS Association to the Vanderbilt ALS Research group. We’ll include some links to both below.

Home Free

34,387 просмотров • 2 лет назад

In a small village in the Punjab, a girl of about eight years old crouches over a clay stove, feeding it patties of dried cow dung. Smoke billows into her face. She coughs while feeding the fire. There is no reliable electricity. When the family gets a little extra money, they buy liquified petroleum gas (LPG), which burns cleanly, as natural gas does in stoves in the wealthy West. Unfortunately, that LPG just got priced out of reach for hundreds of millions like her. The 2026 Iran war and the closure of the Strait of Hormuz were the triggers for the current energy crisis, but the underlying cause is the chronic underinvestment and underdevelopment of oil and gas resources by poor, developing, and rich nations alike over the last ten years. Policymakers diverted that money into green energy, which failed to prevent the crisis. Zion Lights, the author of an essential new book, Energy Is Life, watched the above scene during a visit to her parents’ ancestral village in India. Her parents had emigrated to Birmingham, England, in the late 1960s and 1970s to work in factories. The factories gave them wages, dignity, and a foothold in the developed world. The family they left behind in the Punjab remained trapped in a poverty so total that it touched everything: health, education, opportunity, lifespan. At the root of it all is the lack of energy. The energy crisis will hurt poor people in poor nations far more than anyone in the U.S. or the rest of the West. Asian countries receive 80 percent of their energy supply through the Strait of Hormuz. For Bangladesh, which sources 72 percent of its LNG from Qatar and the UAE, the supply disruption translates to an extra $760 to $830 million in monthly import costs. “All poverty is energy poverty, when you think about it,” Lights said in our new podcast. “They’re living in 40-degree Celsius heat. No air conditioning. You can give them an air conditioner, you can give them money for an air conditioner, but how’s it going to work if you don’t have the electricity?” It would be unfair to entirely blame the lack of oil and gas supplies on Western climate policy. Beyond the Iran war, governance failures, corruption, conflict, and infrastructure decay all play important roles. India’s power sector dysfunction predates any climate agreement. Pakistan’s circular debt crisis has roots in decades of mismanagement and subsidy distortions. Sub-Saharan Africa’s electricity deficit reflects bad governance, underinvestment, and the difficulty of building transmission infrastructure across vast, sparsely populated territories. But climate policy has been the dominant priority in wealthy nations’ engagement with the developing world for two decades, and Western green NGOs have even blocked the construction of hydroelectric dams, which tend to be the first reliable source of power that poor nations develop as they rise the development ladder. Beginning in the early 2010s and accelerating sharply after the 2015 Paris Agreement, Western development banks, private financial institutions, and national governments began systematically restricting financing for oil, gas, and coal projects in the developing world. The stated rationale was climate change. The practical effect was to deny poor countries the energy infrastructure that every wealthy nation used to climb out of poverty... Please subscribe now to support Public's award-winning investigative journalism, watch the full podcast, and read the rest of the article.
10:13

In a small village in the Punjab, a girl of about eight years old crouches over a clay stove, feeding it patties of dried cow dung. Smoke billows into her face. She coughs while feeding the fire. There is no reliable electricity. When the family gets a little extra money, they buy liquified petroleum gas (LPG), which burns cleanly, as natural gas does in stoves in the wealthy West. Unfortunately, that LPG just got priced out of reach for hundreds of millions like her. The 2026 Iran war and the closure of the Strait of Hormuz were the triggers for the current energy crisis, but the underlying cause is the chronic underinvestment and underdevelopment of oil and gas resources by poor, developing, and rich nations alike over the last ten years. Policymakers diverted that money into green energy, which failed to prevent the crisis. Zion Lights, the author of an essential new book, Energy Is Life, watched the above scene during a visit to her parents’ ancestral village in India. Her parents had emigrated to Birmingham, England, in the late 1960s and 1970s to work in factories. The factories gave them wages, dignity, and a foothold in the developed world. The family they left behind in the Punjab remained trapped in a poverty so total that it touched everything: health, education, opportunity, lifespan. At the root of it all is the lack of energy. The energy crisis will hurt poor people in poor nations far more than anyone in the U.S. or the rest of the West. Asian countries receive 80 percent of their energy supply through the Strait of Hormuz. For Bangladesh, which sources 72 percent of its LNG from Qatar and the UAE, the supply disruption translates to an extra $760 to $830 million in monthly import costs. “All poverty is energy poverty, when you think about it,” Lights said in our new podcast. “They’re living in 40-degree Celsius heat. No air conditioning. You can give them an air conditioner, you can give them money for an air conditioner, but how’s it going to work if you don’t have the electricity?” It would be unfair to entirely blame the lack of oil and gas supplies on Western climate policy. Beyond the Iran war, governance failures, corruption, conflict, and infrastructure decay all play important roles. India’s power sector dysfunction predates any climate agreement. Pakistan’s circular debt crisis has roots in decades of mismanagement and subsidy distortions. Sub-Saharan Africa’s electricity deficit reflects bad governance, underinvestment, and the difficulty of building transmission infrastructure across vast, sparsely populated territories. But climate policy has been the dominant priority in wealthy nations’ engagement with the developing world for two decades, and Western green NGOs have even blocked the construction of hydroelectric dams, which tend to be the first reliable source of power that poor nations develop as they rise the development ladder. Beginning in the early 2010s and accelerating sharply after the 2015 Paris Agreement, Western development banks, private financial institutions, and national governments began systematically restricting financing for oil, gas, and coal projects in the developing world. The stated rationale was climate change. The practical effect was to deny poor countries the energy infrastructure that every wealthy nation used to climb out of poverty... Please subscribe now to support Public's award-winning investigative journalism, watch the full podcast, and read the rest of the article.

Michael Shellenberger

43,350 просмотров • 6 месяцев назад

I believe this is the first-ever documentary about nuclear fusion. It was produced in 1958 just as Project Sherwood was declassified. Now I'm happy to make it available online for the first time ever. Please enjoy! Thanks to Adam Rizika (funded scanning the 1st part, in high res) and thanks to the IAEA Lise Meitner Library (digitized the 2nd part in DVD quality) Contents: - 0:00 Introduction: Fuel in the Oceans and the Fourth Conquest of the Atom - 2:15 What Is a Plasma? The Deuterium Fusion Reactions - 4:20 Magnetic Confinement: The Magnetic Bottle, Leakage, and Instability - 6:18 Project Sherwood's Four Labs; Los Alamos and the Perhapsatron - 10:27 Columbus II and Columbus S4: Fast Pinch Experiments - 12:28 Ixion and Scylla: Rotating Plasma and Fast Compression - 15:30 UC Radiation Lab: Gamma Pinch, Homopolar, and Tubular Pinch - 20:31 The Magnetic Mirror Machine and "Table Top" - 24:36 "Toy Top": Multi-Stage Magnetic Compression - 27:20 "Felix": Injecting and Trapping High-Energy Ions - 29:30 Princeton's Project Matterhorn: The Stellarator - 32:35 Stellarator Instability, Shear Stabilization, and Ohmic Heating - 35:17 The Diverter and the Model C Stellarator - 37:47 Oak Ridge National Laboratory: The DCX Machine - 40:12 Inside DCX: Trapping the Ion Beam, Charge Exchange, and Burnout - 44:18 DCX in Operation and the State of Fusion Research, 1958
46:56

I believe this is the first-ever documentary about nuclear fusion. It was produced in 1958 just as Project Sherwood was declassified. Now I'm happy to make it available online for the first time ever. Please enjoy! Thanks to Adam Rizika (funded scanning the 1st part, in high res) and thanks to the IAEA Lise Meitner Library (digitized the 2nd part in DVD quality) Contents: - 0:00 Introduction: Fuel in the Oceans and the Fourth Conquest of the Atom - 2:15 What Is a Plasma? The Deuterium Fusion Reactions - 4:20 Magnetic Confinement: The Magnetic Bottle, Leakage, and Instability - 6:18 Project Sherwood's Four Labs; Los Alamos and the Perhapsatron - 10:27 Columbus II and Columbus S4: Fast Pinch Experiments - 12:28 Ixion and Scylla: Rotating Plasma and Fast Compression - 15:30 UC Radiation Lab: Gamma Pinch, Homopolar, and Tubular Pinch - 20:31 The Magnetic Mirror Machine and "Table Top" - 24:36 "Toy Top": Multi-Stage Magnetic Compression - 27:20 "Felix": Injecting and Trapping High-Energy Ions - 29:30 Princeton's Project Matterhorn: The Stellarator - 32:35 Stellarator Instability, Shear Stabilization, and Ohmic Heating - 35:17 The Diverter and the Model C Stellarator - 37:47 Oak Ridge National Laboratory: The DCX Machine - 40:12 Inside DCX: Trapping the Ion Beam, Charge Exchange, and Burnout - 44:18 DCX in Operation and the State of Fusion Research, 1958

Nick Touran

220,309 просмотров • 24 дней назад

‼️HOW RLUSD/XRP CAN HELP THE FEDERAL RESERVE WITH ISSUING THE DIGITAL DOLLAR‼️ Pay attention.🙇‍♂️ In the documentation below, you can see that it is possible for the United States CBDC to be ISSUED WITH STABLECOINS.😮‍💨 Though this idea has been speculated plenty on the exact arrangement or plans to launch a CBDC, this is the first clear documentation that has confirmed that private sector stablecoins can assist or possibly take the place of a digital currency overseen by the Federal Reserve.✅ Why would this arrangement make sense for the Federal Government? In the same document, it is explained further how the U.S. Dollar currently has dominance in the digital financial world as 85% of the U.S.-based stablecoins in circulation are concentrated in a handful of companies. Therefore, instead of creating an entirely new digital dollar system to monitor, with an official privately issued U.S. stablecoin, the Federal Government would only have to supervise the activities of a handful of regulated companies.👍 To further illustrate the role that RLUSD and XRP can have with issuing the U.S. Digital Dollar, here are two videos from the Federal Reserve’s own David Andalfatto. In those two videos, David confirms that the settlement of a digital dollar could be outsourced to a company like Ripple, which would use the XRPL for settlement. He also explains how Ripple can “complement the U.S. payments system.”🔒 With its own stablecoin (RLUSD), a scalable public blockchain (XRPL), relationships within the Federal Government, and access to global liquidity, Ripple is positioned for a major role in the development of the Digital Dollar for the U.S.💯 See for yourself.👇
1:32

‼️HOW RLUSD/XRP CAN HELP THE FEDERAL RESERVE WITH ISSUING THE DIGITAL DOLLAR‼️ Pay attention.🙇‍♂️ In the documentation below, you can see that it is possible for the United States CBDC to be ISSUED WITH STABLECOINS.😮‍💨 Though this idea has been speculated plenty on the exact arrangement or plans to launch a CBDC, this is the first clear documentation that has confirmed that private sector stablecoins can assist or possibly take the place of a digital currency overseen by the Federal Reserve.✅ Why would this arrangement make sense for the Federal Government? In the same document, it is explained further how the U.S. Dollar currently has dominance in the digital financial world as 85% of the U.S.-based stablecoins in circulation are concentrated in a handful of companies. Therefore, instead of creating an entirely new digital dollar system to monitor, with an official privately issued U.S. stablecoin, the Federal Government would only have to supervise the activities of a handful of regulated companies.👍 To further illustrate the role that RLUSD and XRP can have with issuing the U.S. Digital Dollar, here are two videos from the Federal Reserve’s own David Andalfatto. In those two videos, David confirms that the settlement of a digital dollar could be outsourced to a company like Ripple, which would use the XRPL for settlement. He also explains how Ripple can “complement the U.S. payments system.”🔒 With its own stablecoin (RLUSD), a scalable public blockchain (XRPL), relationships within the Federal Government, and access to global liquidity, Ripple is positioned for a major role in the development of the Digital Dollar for the U.S.💯 See for yourself.👇

SMQKE

158,368 просмотров • 1 год назад

D-Wave announced a scientific breakthrough published in the esteemed journal Science Magazine, confirming that its annealing quantum computer outperformed one of the world’s most powerful classical supercomputers in solving a complex magnetic materials simulation problem with relevance to materials discovery. The new landmark peer-reviewed paper, “Beyond-Classical Computation in Quantum Simulation,” validates this achievement as the world’s first and only demonstration of quantum computational supremacy on a useful problem. An international collaboration of scientists led by D-Wave performed simulations of quantum dynamics in programmable spin glasses—a computationally hard magnetic materials simulation problem with known applications to business and science—on both D-Wave’s Advantage2™ prototype annealing quantum computer and the Frontier supercomputer at the Department of Energy’s Oak Ridge Lab. D-Wave’s quantum computer performed a complex simulation in minutes and with a level of accuracy that would take nearly a million years using the supercomputer. In addition, it would require more than the world’s annual electricity consumption to solve this problem using the supercomputer, which is built with graphics processing unit (GPU) clusters. For decades, scientists have aspired to build a quantum computer capable of solving complex materials simulation problems beyond the reach of classical computers. D-Wave's advancements in quantum hardware have made it possible for its annealing quantum computers to process these types of problems for the first time. Magnetic materials simulations, like those conducted in this work, use computer models to study how tiny particles not visible to the human eye react to external factors. Magnetic materials are widely used in medical imaging, electronics, superconductors, electrical networks, sensors, and motors. This is an incredibly important achievement. Please join us in congratulating the D-Wave team and our global collaborators on this remarkable milestone. It’s a significant moment for the quantum computing industry. Learn more about this monumental achievement: Read the press release here: #QuantumSupremacy #QuantumRealized #QuantumComputing #DWave #Technology #Innovation #Optimization #MaterialsDiscovery #ScientificBreakthrough $QBTS
3:26

D-Wave announced a scientific breakthrough published in the esteemed journal Science Magazine, confirming that its annealing quantum computer outperformed one of the world’s most powerful classical supercomputers in solving a complex magnetic materials simulation problem with relevance to materials discovery. The new landmark peer-reviewed paper, “Beyond-Classical Computation in Quantum Simulation,” validates this achievement as the world’s first and only demonstration of quantum computational supremacy on a useful problem. An international collaboration of scientists led by D-Wave performed simulations of quantum dynamics in programmable spin glasses—a computationally hard magnetic materials simulation problem with known applications to business and science—on both D-Wave’s Advantage2™ prototype annealing quantum computer and the Frontier supercomputer at the Department of Energy’s Oak Ridge Lab. D-Wave’s quantum computer performed a complex simulation in minutes and with a level of accuracy that would take nearly a million years using the supercomputer. In addition, it would require more than the world’s annual electricity consumption to solve this problem using the supercomputer, which is built with graphics processing unit (GPU) clusters. For decades, scientists have aspired to build a quantum computer capable of solving complex materials simulation problems beyond the reach of classical computers. D-Wave's advancements in quantum hardware have made it possible for its annealing quantum computers to process these types of problems for the first time. Magnetic materials simulations, like those conducted in this work, use computer models to study how tiny particles not visible to the human eye react to external factors. Magnetic materials are widely used in medical imaging, electronics, superconductors, electrical networks, sensors, and motors. This is an incredibly important achievement. Please join us in congratulating the D-Wave team and our global collaborators on this remarkable milestone. It’s a significant moment for the quantum computing industry. Learn more about this monumental achievement: Read the press release here: #QuantumSupremacy #QuantumRealized #QuantumComputing #DWave #Technology #Innovation #Optimization #MaterialsDiscovery #ScientificBreakthrough $QBTS

D-Wave

65,118 просмотров • 1 год назад

🚨Labour and Lib Dem MPs just voted to INCREASE the cost of energy, food, shipping, housing, heating and holidays by voting for Ed Miliband’s new Net Zero target. One of the reasons I asked to stay in this brief was my time in the Department and seeing how badly we were making decisions about climate and energy. There’s simply no scrutiny or proper analysis of what these targets are doing to jobs, the cost of living or to the competitiveness of our industry. The Minister bringing it forward refused to take a single intervention. She did not answer a single question. I’m sorry, but that is simply not good enough. MP after MP cited bogus figures or praised the Climate Change Committee’s analysis without being even slightly troubled that their cost of offshore wind was wrong by a factor of three. Get the cost of energy wrong and all your other assumptions about the cost of living and the economy will be wrong too. I am proud Kemi Badenoch and I have changed our party’s position. We are the only party who have said we should measure the offshoring of emissions. We are the only party who have a plan to make electricity cheaper without costing the taxpayer a penny. We are the only party with a fully costed plan to axe the Carbon Tax which is replacing clean British industry with dirtier foreign imports. This debate shows why Parliament is not working. Poor analysis let off the hook by poor scrutiny. So-called impact assessments which are written to be as impenetrable as possible, and which MPs show no interest in reading or questioning. We need fewer virtue signalling MPs and many more who can read modelling assumptions.
1:42

🚨Labour and Lib Dem MPs just voted to INCREASE the cost of energy, food, shipping, housing, heating and holidays by voting for Ed Miliband’s new Net Zero target. One of the reasons I asked to stay in this brief was my time in the Department and seeing how badly we were making decisions about climate and energy. There’s simply no scrutiny or proper analysis of what these targets are doing to jobs, the cost of living or to the competitiveness of our industry. The Minister bringing it forward refused to take a single intervention. She did not answer a single question. I’m sorry, but that is simply not good enough. MP after MP cited bogus figures or praised the Climate Change Committee’s analysis without being even slightly troubled that their cost of offshore wind was wrong by a factor of three. Get the cost of energy wrong and all your other assumptions about the cost of living and the economy will be wrong too. I am proud Kemi Badenoch and I have changed our party’s position. We are the only party who have said we should measure the offshoring of emissions. We are the only party who have a plan to make electricity cheaper without costing the taxpayer a penny. We are the only party with a fully costed plan to axe the Carbon Tax which is replacing clean British industry with dirtier foreign imports. This debate shows why Parliament is not working. Poor analysis let off the hook by poor scrutiny. So-called impact assessments which are written to be as impenetrable as possible, and which MPs show no interest in reading or questioning. We need fewer virtue signalling MPs and many more who can read modelling assumptions.

Claire Coutinho

98,150 просмотров • 3 месяцев назад