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#electromagnetic — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #electromagnetic, aggregated by home.social.

  1. People believe #Maxwell and #Einstein are the greatest physicists. But I think they are no match to Tesla.

    #Tesla understood #electromagnetic #EM waves better than most physicists during his time. He was an electrical engineer who did not use the vocabulary of physicists. He did most of his experiments without using equations from Maxwell or Einstein because none of them actually reflects reality.

    His Colorado Springs documents can be found here:

    archive.org/details/nikolatesl

    #physics

  2. People believe #Maxwell and #Einstein are the greatest physicists. But I think they are no match to Tesla.

    #Tesla understood #electromagnetic #EM waves better than most physicists during his time. He was an electrical engineer who did not use the vocabulary of physicists. He did most of his experiments without using equations from Maxwell or Einstein because none of them actually reflects reality.

    His Colorado Springs documents can be found here:

    archive.org/details/nikolatesl

    #physics

  3. People believe #Maxwell and #Einstein are the greatest physicists. But I think they are no match to Tesla.

    #Tesla understood #electromagnetic #EM waves better than most physicists during his time. He was an electrical engineer who did not use the vocabulary of physicists. He did most of his experiments without using equations from Maxwell or Einstein because none of them actually reflects reality.

    His Colorado Springs documents can be found here:

    archive.org/details/nikolatesl

    #physics

  4. People believe #Maxwell and #Einstein are the greatest physicists. But I think they are no match to Tesla.

    #Tesla understood #electromagnetic #EM waves better than most physicists during his time. He was an electrical engineer who did not use the vocabulary of physicists. He did most of his experiments without using equations from Maxwell or Einstein because none of them actually reflects reality.

    His Colorado Springs documents can be found here:

    archive.org/details/nikolatesl

    #physics

  5. A #MassDriver* is a very long track stretching across the lunar 🌙 surface, angled skyward 🌌 at its far end, which is lined with hundreds of #electromagnetic coils. These fire in a precise sequence. The bucket 📦 never makes mechanical contact with any surface, guided entirely by the interplay of magnetic 🧲 fields, which is why these systems have a theoretical operational lifespan of up to millions of launches with negligible wear fastcompany.co.za/co-design/20

    *en.wikipedia.org/wiki/Mass_dri

    #SpaceTransport

  6. A #MassDriver* is a very long track stretching across the lunar 🌙 surface, angled skyward 🌌 at its far end, which is lined with hundreds of #electromagnetic coils. These fire in a precise sequence. The bucket 📦 never makes mechanical contact with any surface, guided entirely by the interplay of magnetic 🧲 fields, which is why these systems have a theoretical operational lifespan of up to millions of launches with negligible wear fastcompany.co.za/co-design/20

    *en.wikipedia.org/wiki/Mass_dri

    #SpaceTransport

  7. A #MassDriver* is a very long track stretching across the lunar 🌙 surface, angled skyward 🌌 at its far end, which is lined with hundreds of #electromagnetic coils. These fire in a precise sequence. The bucket 📦 never makes mechanical contact with any surface, guided entirely by the interplay of magnetic 🧲 fields, which is why these systems have a theoretical operational lifespan of up to millions of launches with negligible wear fastcompany.co.za/co-design/20

    *en.wikipedia.org/wiki/Mass_dri

    #SpaceTransport

  8. A #MassDriver* is a very long track stretching across the lunar 🌙 surface, angled skyward 🌌 at its far end, which is lined with hundreds of #electromagnetic coils. These fire in a precise sequence. The bucket 📦 never makes mechanical contact with any surface, guided entirely by the interplay of magnetic 🧲 fields, which is why these systems have a theoretical operational lifespan of up to millions of launches with negligible wear fastcompany.co.za/co-design/20

    *en.wikipedia.org/wiki/Mass_dri

    #SpaceTransport

  9. A #MassDriver* is a very long track stretching across the lunar 🌙 surface, angled skyward 🌌 at its far end, which is lined with hundreds of #electromagnetic coils. These fire in a precise sequence. The bucket 📦 never makes mechanical contact with any surface, guided entirely by the interplay of magnetic 🧲 fields, which is why these systems have a theoretical operational lifespan of up to millions of launches with negligible wear fastcompany.co.za/co-design/20

    *en.wikipedia.org/wiki/Mass_dri

    #SpaceTransport

  10. "The military has had directed energy weapons — which neutralize targets using focused energy such as microwaves or laser beams — for years, but this could be the first time it’s been used in combat by the US, an ex-US intelligence source told The Post."

    After decades of torturing US citizens, the truth is no longer hidden. Snowden could have revealed this, but did not.

    nypost.com/2026/01/10/world-ne
    #USA #Venezuela #Electromagnetic #Torture

  11. "The military has had directed energy weapons — which neutralize targets using focused energy such as microwaves or laser beams — for years, but this could be the first time it’s been used in combat by the US, an ex-US intelligence source told The Post."

    After decades of torturing US citizens, the truth is no longer hidden. Snowden could have revealed this, but did not.

    nypost.com/2026/01/10/world-ne
    #USA #Venezuela #Electromagnetic #Torture

  12. Civilian and #military operators alike need spacecraft that can withstand the brutal conditions of #space 🌌. That means resistance to #radiation ☢️, to heat, to #electromagnetic pulses and to targeted disruption. Forms of technology that make #satellites more resilient will also cut costs and improve #civilian services. #Berlin plans to spend 35 billion euros 💰 on military space capabilities between now and 2030. The challenge is speed ⏱️ and #regulation spacenews.com/what-germany-got

    #MaterialsScience

  13. Civilian and #military operators alike need spacecraft that can withstand the brutal conditions of #space 🌌. That means resistance to #radiation ☢️, to heat, to #electromagnetic pulses and to targeted disruption. Forms of technology that make #satellites more resilient will also cut costs and improve #civilian services. #Berlin plans to spend 35 billion euros 💰 on military space capabilities between now and 2030. The challenge is speed ⏱️ and #regulation spacenews.com/what-germany-got

    #MaterialsScience

  14. Civilian and #military operators alike need spacecraft that can withstand the brutal conditions of #space 🌌. That means resistance to #radiation ☢️, to heat, to #electromagnetic pulses and to targeted disruption. Forms of technology that make #satellites more resilient will also cut costs and improve #civilian services. #Berlin plans to spend 35 billion euros 💰 on military space capabilities between now and 2030. The challenge is speed ⏱️ and #regulation spacenews.com/what-germany-got

    #MaterialsScience

  15. Civilian and #military operators alike need spacecraft that can withstand the brutal conditions of #space 🌌. That means resistance to #radiation ☢️, to heat, to #electromagnetic pulses and to targeted disruption. Forms of technology that make #satellites more resilient will also cut costs and improve #civilian services. #Berlin plans to spend 35 billion euros 💰 on military space capabilities between now and 2030. The challenge is speed ⏱️ and #regulation spacenews.com/what-germany-got

    #MaterialsScience

  16. Civilian and #military operators alike need spacecraft that can withstand the brutal conditions of #space 🌌. That means resistance to #radiation ☢️, to heat, to #electromagnetic pulses and to targeted disruption. Forms of technology that make #satellites more resilient will also cut costs and improve #civilian services. #Berlin plans to spend 35 billion euros 💰 on military space capabilities between now and 2030. The challenge is speed ⏱️ and #regulation spacenews.com/what-germany-got

    #MaterialsScience

  17. 🛜 Project Spotlight: GOLIAT

    The aims of #GOLIAT (5G expOsure, causaL effects, and rIsk perception through citizen engAgemenT) are to monitor #radiofrequency #electromagnetic fields exposure, particularly from #5G, provide insights into its potential #health effects, and understand how exposures and risks are perceived and best communicated. 📳

    🏛️ Uni Vienna Team: Nina Vaupotič, Valeria Vitale, & Mathew White

    ⌛ Duration: 2022–2027

    🌐 For more information visit: projectgoliat.eu/

  18. 🛜 Project Spotlight: GOLIAT

    The aims of #GOLIAT (5G expOsure, causaL effects, and rIsk perception through citizen engAgemenT) are to monitor #radiofrequency #electromagnetic fields exposure, particularly from #5G, provide insights into its potential #health effects, and understand how exposures and risks are perceived and best communicated. 📳

    🏛️ Uni Vienna Team: Nina Vaupotič, Valeria Vitale, & Mathew White

    ⌛ Duration: 2022–2027

    🌐 For more information visit: projectgoliat.eu/

  19. 🛜 Project Spotlight: GOLIAT

    The aims of #GOLIAT (5G expOsure, causaL effects, and rIsk perception through citizen engAgemenT) are to monitor #radiofrequency #electromagnetic fields exposure, particularly from #5G, provide insights into its potential #health effects, and understand how exposures and risks are perceived and best communicated. 📳

    🏛️ Uni Vienna Team: Nina Vaupotič, Valeria Vitale, & Mathew White

    ⌛ Duration: 2022–2027

    🌐 For more information visit: projectgoliat.eu/

  20. 🛜 Project Spotlight: GOLIAT

    The aims of #GOLIAT (5G expOsure, causaL effects, and rIsk perception through citizen engAgemenT) are to monitor #radiofrequency #electromagnetic fields exposure, particularly from #5G, provide insights into its potential #health effects, and understand how exposures and risks are perceived and best communicated. 📳

    🏛️ Uni Vienna Team: Nina Vaupotič, Valeria Vitale, & Mathew White

    ⌛ Duration: 2022–2027

    🌐 For more information visit: projectgoliat.eu/

  21. 🛜 Project Spotlight: GOLIAT

    The aims of #GOLIAT (5G expOsure, causaL effects, and rIsk perception through citizen engAgemenT) are to monitor #radiofrequency #electromagnetic fields exposure, particularly from #5G, provide insights into its potential #health effects, and understand how exposures and risks are perceived and best communicated. 📳

    🏛️ Uni Vienna Team: Nina Vaupotič, Valeria Vitale, & Mathew White

    ⌛ Duration: 2022–2027

    🌐 For more information visit: projectgoliat.eu/

  22. The risks with #SpaceRadiation ☢️ are assigned the highest priority among all risks associated with #SpaceTravel. Active shielding 🛡️ methods, which use #electromagnetic fields to deflect charged particles, can make #DeepSpace 🌌 travel safer and more feasible. Placing the passive shielding before the active shielding is more effective than placing the identical active shielding before the passive shielding of the same thickness sciencedirect.com/science/arti

    #HumanSpaceflightHealth #RadiationProtection

  23. The risks with #SpaceRadiation ☢️ are assigned the highest priority among all risks associated with #SpaceTravel. Active shielding 🛡️ methods, which use #electromagnetic fields to deflect charged particles, can make #DeepSpace 🌌 travel safer and more feasible. Placing the passive shielding before the active shielding is more effective than placing the identical active shielding before the passive shielding of the same thickness sciencedirect.com/science/arti

    #HumanSpaceflightHealth #RadiationProtection

  24. The risks with #SpaceRadiation ☢️ are assigned the highest priority among all risks associated with #SpaceTravel. Active shielding 🛡️ methods, which use #electromagnetic fields to deflect charged particles, can make #DeepSpace 🌌 travel safer and more feasible. Placing the passive shielding before the active shielding is more effective than placing the identical active shielding before the passive shielding of the same thickness sciencedirect.com/science/arti

    #HumanSpaceflightHealth #RadiationProtection

  25. The risks with #SpaceRadiation ☢️ are assigned the highest priority among all risks associated with #SpaceTravel. Active shielding 🛡️ methods, which use #electromagnetic fields to deflect charged particles, can make #DeepSpace 🌌 travel safer and more feasible. Placing the passive shielding before the active shielding is more effective than placing the identical active shielding before the passive shielding of the same thickness sciencedirect.com/science/arti

    #HumanSpaceflightHealth #RadiationProtection

  26. The risks with #SpaceRadiation ☢️ are assigned the highest priority among all risks associated with #SpaceTravel. Active shielding 🛡️ methods, which use #electromagnetic fields to deflect charged particles, can make #DeepSpace 🌌 travel safer and more feasible. Placing the passive shielding before the active shielding is more effective than placing the identical active shielding before the passive shielding of the same thickness sciencedirect.com/science/arti

    #HumanSpaceflightHealth #RadiationProtection

  27. #DidYouKnow: A mass driver or #Electromagnetic #Catapult is a proposed method of non-rocket #Spacelaunch which would use a linear motor to accelerate and catapult payloads up to high speeds.

    knowledgezone.co.in/kbits/6384