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#spaceradiation — Public Fediverse posts

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

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  1. Space mystery researchers secure £4m funding

    Scientist are currently unable to predict the Earth’s radiation belts’ behaviour [NASA] Researchers have been awarded £4m to…
    #NewsBeep #News #Science #AU #Australia #radiationbelts #sizeoftheEarth #spaceradiation #weatherforecasting
    newsbeep.com/au/606793/

  2. Space mystery researchers secure £4m funding

    Scientist are currently unable to predict the Earth’s radiation belts’ behaviour [NASA] Researchers have been awarded £4m to…
    #NewsBeep #News #Science #AU #Australia #radiationbelts #sizeoftheEarth #spaceradiation #weatherforecasting
    newsbeep.com/au/606793/

  3. Radiation ☢️ -triggered #computer errors could lead to an "uncommanded" change in altitude 🛬 so severe that it might exceed "the aircraft's structural capability" 💥. As #computer chips have become smaller, they have also become more vulnerable to bit flips bbc.com/future/article/2025120

    Intense #solar ☀️ #radiation may corrupt data critical to the functioning of flight ✈️ controls 🕹️ airbus.com/en/newsroom/press-r

    #SpaceWeather #SpaceRadiation #electronics #Airbus #A320

  4. Radiation ☢️ -triggered #computer errors could lead to an "uncommanded" change in altitude 🛬 so severe that it might exceed "the aircraft's structural capability" 💥. As #computer chips have become smaller, they have also become more vulnerable to bit flips bbc.com/future/article/2025120

    Intense #solar ☀️ #radiation may corrupt data critical to the functioning of flight ✈️ controls 🕹️ airbus.com/en/newsroom/press-r

    #SpaceWeather #SpaceRadiation #electronics #Airbus #A320

  5. Radiation ☢️ -triggered #computer errors could lead to an "uncommanded" change in altitude 🛬 so severe that it might exceed "the aircraft's structural capability" 💥. As #computer chips have become smaller, they have also become more vulnerable to bit flips bbc.com/future/article/2025120

    Intense #solar ☀️ #radiation may corrupt data critical to the functioning of flight ✈️ controls 🕹️ airbus.com/en/newsroom/press-r

    #SpaceWeather #SpaceRadiation #electronics #Airbus #A320

  6. Radiation ☢️ -triggered #computer errors could lead to an "uncommanded" change in altitude 🛬 so severe that it might exceed "the aircraft's structural capability" 💥. As #computer chips have become smaller, they have also become more vulnerable to bit flips bbc.com/future/article/2025120

    Intense #solar ☀️ #radiation may corrupt data critical to the functioning of flight ✈️ controls 🕹️ airbus.com/en/newsroom/press-r

    #SpaceWeather #SpaceRadiation #electronics #Airbus #A320

  7. Radiation ☢️ -triggered #computer errors could lead to an "uncommanded" change in altitude 🛬 so severe that it might exceed "the aircraft's structural capability" 💥. As #computer chips have become smaller, they have also become more vulnerable to bit flips bbc.com/future/article/2025120

    Intense #solar ☀️ #radiation may corrupt data critical to the functioning of flight ✈️ controls 🕹️ airbus.com/en/newsroom/press-r

    #SpaceWeather #SpaceRadiation #electronics #Airbus #A320

  8. 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

  9. 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

  10. 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

  11. 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

  12. 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

  13. #ActiveShielding #SpaceRadiation
    "Using active shields that deflect charged particles just like the Earth’s magnetic field does—was first proposed in the 1960s. Today, we’re finally close to making it work."

    Ars Technica:
    Shields up: New ideas might make active shielding viable

    "Active shielding was first proposed in the '60s. We’re finally close to making it work."
    arstechnica.com/science/2024/0

  14. #ActiveShielding #SpaceRadiation
    "Using active shields that deflect charged particles just like the Earth’s magnetic field does—was first proposed in the 1960s. Today, we’re finally close to making it work."

    Ars Technica:
    Shields up: New ideas might make active shielding viable

    "Active shielding was first proposed in the '60s. We’re finally close to making it work."
    arstechnica.com/science/2024/0

  15. #ActiveShielding #SpaceRadiation
    "Using active shields that deflect charged particles just like the Earth’s magnetic field does—was first proposed in the 1960s. Today, we’re finally close to making it work."

    Ars Technica:
    Shields up: New ideas might make active shielding viable

    "Active shielding was first proposed in the '60s. We’re finally close to making it work."
    arstechnica.com/science/2024/0

  16. #ActiveShielding #SpaceRadiation
    "Using active shields that deflect charged particles just like the Earth’s magnetic field does—was first proposed in the 1960s. Today, we’re finally close to making it work."

    Ars Technica:
    Shields up: New ideas might make active shielding viable

    "Active shielding was first proposed in the '60s. We’re finally close to making it work."
    arstechnica.com/science/2024/0

  17. “There’re a lot of hazards we don’t know about. In #LEO, we are protected by our #magnetosphere from #SpaceRadiation. If we go outside of that, all of the sudden we have #galactic #CosmicRays ☢️ we have to deal with, we have a lot of #SolarParticles we have to deal with and we also have variable #gravity”. Even a short flight beyond #ISS altitude impacts various aspects of human physiology and #microbiome 🦠 composition. asm.org/Articles/2022/October/

    #HumanSpaceflightHealth

  18. “There’re a lot of hazards we don’t know about. In #LEO, we are protected by our #magnetosphere from #SpaceRadiation. If we go outside of that, all of the sudden we have #galactic #CosmicRays ☢️ we have to deal with, we have a lot of #SolarParticles we have to deal with and we also have variable #gravity”. Even a short flight beyond #ISS altitude impacts various aspects of human physiology and #microbiome 🦠 composition. asm.org/Articles/2022/October/

    #HumanSpaceflightHealth

  19. “There’re a lot of hazards we don’t know about. In #LEO, we are protected by our #magnetosphere from #SpaceRadiation. If we go outside of that, all of the sudden we have #galactic #CosmicRays ☢️ we have to deal with, we have a lot of #SolarParticles we have to deal with and we also have variable #gravity”. Even a short flight beyond #ISS altitude impacts various aspects of human physiology and #microbiome 🦠 composition. asm.org/Articles/2022/October/

    #HumanSpaceflightHealth

  20. “There’re a lot of hazards we don’t know about. In #LEO, we are protected by our #magnetosphere from #SpaceRadiation. If we go outside of that, all of the sudden we have #galactic #CosmicRays ☢️ we have to deal with, we have a lot of #SolarParticles we have to deal with and we also have variable #gravity”. Even a short flight beyond #ISS altitude impacts various aspects of human physiology and #microbiome 🦠 composition. asm.org/Articles/2022/October/

    #HumanSpaceflightHealth

  21. “There’re a lot of hazards we don’t know about. In , we are protected by our from . If we go outside of that, all of the sudden we have ☢️ we have to deal with, we have a lot of we have to deal with and we also have variable ”. Even a short flight beyond altitude impacts various aspects of human physiology and 🦠 composition. asm.org/Articles/2022/October/

  22. #Nature 📆 August 2022 #SpaceRadiation and exposure risk reduction. Shielding performances of potential materials #aluminum (Al), #polyethylene (PE), and carbon fiber reinforced plastic (#CFRP). The effective dose equivalent was reduced by 50% 〽️ nature.com/articles/s41598-022

    #HumanSpaceflightHealth

  23. #Nature 📆 August 2022 #SpaceRadiation and exposure risk reduction. Shielding performances of potential materials #aluminum (Al), #polyethylene (PE), and carbon fiber reinforced plastic (#CFRP). The effective dose equivalent was reduced by 50% 〽️ nature.com/articles/s41598-022

    #HumanSpaceflightHealth

  24. #Nature 📆 August 2022 #SpaceRadiation and exposure risk reduction. Shielding performances of potential materials #aluminum (Al), #polyethylene (PE), and carbon fiber reinforced plastic (#CFRP). The effective dose equivalent was reduced by 50% 〽️ nature.com/articles/s41598-022

    #HumanSpaceflightHealth

  25. #Nature 📆 August 2022 #SpaceRadiation and exposure risk reduction. Shielding performances of potential materials #aluminum (Al), #polyethylene (PE), and carbon fiber reinforced plastic (#CFRP). The effective dose equivalent was reduced by 50% 〽️ nature.com/articles/s41598-022

    #HumanSpaceflightHealth

  26. 📆 August 2022 and exposure risk reduction. Shielding performances of potential materials (Al), (PE), and carbon fiber reinforced plastic (#CFRP). The effective dose equivalent was reduced by 50% 〽️ nature.com/articles/s41598-022

  27. #introduction

    Hi everyone!

    I am an Assistant Professor in the Dept. of Biology at #HopeCollege (#PUI). I study #Behavior and #Neuroimmunology in mice and humans. My research uses #drugs of abuse (i.e. #morphine and #alcohol) and #space radiation to probe how peripheral #immune responses impact #cognition . I #teach and #mentor #undergraduates (#STEM) how to think about #science and challenge them to question HOW they know content. Here are some other topics/tags that I am fond of: #drugsofabuse #spaceradiation #learningandmemory #adultneurogenesis #microglia #macrophage #mentalhealth

  28. #introduction

    Hi everyone!

    I am an Assistant Professor in the Dept. of Biology at #HopeCollege (#PUI). I study #Behavior and #Neuroimmunology in mice and humans. My research uses #drugs of abuse (i.e. #morphine and #alcohol) and #space radiation to probe how peripheral #immune responses impact #cognition . I #teach and #mentor #undergraduates (#STEM) how to think about #science and challenge them to question HOW they know content. Here are some other topics/tags that I am fond of: #drugsofabuse #spaceradiation #learningandmemory #adultneurogenesis #microglia #macrophage #mentalhealth

  29. #introduction

    Hi everyone!

    I am an Assistant Professor in the Dept. of Biology at #HopeCollege (#PUI). I study #Behavior and #Neuroimmunology in mice and humans. My research uses #drugs of abuse (i.e. #morphine and #alcohol) and #space radiation to probe how peripheral #immune responses impact #cognition . I #teach and #mentor #undergraduates (#STEM) how to think about #science and challenge them to question HOW they know content. Here are some other topics/tags that I am fond of: #drugsofabuse #spaceradiation #learningandmemory #adultneurogenesis #microglia #macrophage #mentalhealth

  30. Single Event Upsets: High Energy Particles From Outer Space Flipping Bits - Our world is constantly bombarded by high-energy particles from various sources, a... - hackaday.com/2021/10/09/single #spaceradiation #cosmicrays #veritasium #science #space

  31. Space is Radioactive: Dealing with Cosmic Rays - Outer space is not exactly a friendly environment, which is why we go through great lengths before w... - hackaday.com/2020/12/08/space- #spaceradiation #cosmicrays #solarflare #featured #science #space #iss