#magnetosphere — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #magnetosphere, aggregated by home.social.
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Russian Nuclear Blast In Space — When Kremlin Blasted 300 KT Of Warhead Over Kazakhstan, Displaying The Power Of EMP Attack
By Shubhangi Palve -
December 17, 2024"Could nuclear warheads wipe out thousands of satellites orbiting Earth? This concept, once explored by the Soviet Union, has resurfaced amid rising geopolitical tensions, raising alarms about the dawn of a new era in space warfare.
"On February 5, 2022, Russia launched #Kosmos2553, which settled into a remote orbit 1,240 miles above Earth—higher than most operational satellites.
"While it appears unassuming, #Cosmos2553 represents a chilling advancement in Russia’s potential to threaten military and commercial satellites using nuclear blasts in space.
"Since its deployment, U.S. Space Command in Colorado Springs has kept a vigilant eye on Cosmos 2553.
"In February 2024, the White House publicly acknowledged the satellite as part of a 'troubling' Russian anti-satellite weapon program. While officials clarified it posed no direct physical threat to Earth, its potential to devastate critical satellite networks has raised alarms.
Orbit Of Concern: The Graveyard
"Cosmos 2553 orbits in a region called the #GraveyardOrbit, circling Earth every two hours. Just inside the highly radioactive #VanAllenBelts, this area is sparsely populated—only about 10 defunct satellites are out there.
"Yet, U.S. officials suggest Cosmos 2553 is a testbed for a weapon capable of obliterating hundreds, if not thousands, of satellites, which could cripple global communications and defense infrastructure.
History Of Nuclear Weapons In Space
"Both the United States and the Soviet Union experimented with nuclear detonations in space during the 1960s. These tests aimed to understand how nuclear weapons behaved in the upper atmosphere and beyond, often with unforeseen and catastrophic effects.
"The U.S. conducted 11 tests under #OperationFishbowl, with the most famous, #StarfishPrime, detonating 250 miles above the Pacific Ocean in 1962. The blast knocked out radio systems and power grids in Hawaii, leaving a trail of #radiation lingering in Earth’s #magnetosphere for years.
"Meanwhile, the Soviets carried out #ProjectK, a series of nuclear tests between 1961 and 1962. These experiments further highlighted the potential for nuclear weapons to wreak havoc in orbit—generating electromagnetic pulses (EMPs) that could disable satellites and disrupt global systems.
"In this article, we examine the Soviet Project K tests in-depth, exploring how they shaped the early days of space warfare and their lasting implications for today’s emerging threats."
Read more:
https://www.eurasiantimes.com/project-k-can-nuclear-warheads-destroy-satellites-in-orbit/#NukesInSpace #NoNukesInSpace
#LEO #KesslerEffect #KesslerSyndrome
#NoNukes #NoWar #NuclearWeapons #Satellites -
Russian Nuclear Blast In Space — When Kremlin Blasted 300 KT Of Warhead Over Kazakhstan, Displaying The Power Of EMP Attack
By Shubhangi Palve -
December 17, 2024"Could nuclear warheads wipe out thousands of satellites orbiting Earth? This concept, once explored by the Soviet Union, has resurfaced amid rising geopolitical tensions, raising alarms about the dawn of a new era in space warfare.
"On February 5, 2022, Russia launched #Kosmos2553, which settled into a remote orbit 1,240 miles above Earth—higher than most operational satellites.
"While it appears unassuming, #Cosmos2553 represents a chilling advancement in Russia’s potential to threaten military and commercial satellites using nuclear blasts in space.
"Since its deployment, U.S. Space Command in Colorado Springs has kept a vigilant eye on Cosmos 2553.
"In February 2024, the White House publicly acknowledged the satellite as part of a 'troubling' Russian anti-satellite weapon program. While officials clarified it posed no direct physical threat to Earth, its potential to devastate critical satellite networks has raised alarms.
Orbit Of Concern: The Graveyard
"Cosmos 2553 orbits in a region called the #GraveyardOrbit, circling Earth every two hours. Just inside the highly radioactive #VanAllenBelts, this area is sparsely populated—only about 10 defunct satellites are out there.
"Yet, U.S. officials suggest Cosmos 2553 is a testbed for a weapon capable of obliterating hundreds, if not thousands, of satellites, which could cripple global communications and defense infrastructure.
History Of Nuclear Weapons In Space
"Both the United States and the Soviet Union experimented with nuclear detonations in space during the 1960s. These tests aimed to understand how nuclear weapons behaved in the upper atmosphere and beyond, often with unforeseen and catastrophic effects.
"The U.S. conducted 11 tests under #OperationFishbowl, with the most famous, #StarfishPrime, detonating 250 miles above the Pacific Ocean in 1962. The blast knocked out radio systems and power grids in Hawaii, leaving a trail of #radiation lingering in Earth’s #magnetosphere for years.
"Meanwhile, the Soviets carried out #ProjectK, a series of nuclear tests between 1961 and 1962. These experiments further highlighted the potential for nuclear weapons to wreak havoc in orbit—generating electromagnetic pulses (EMPs) that could disable satellites and disrupt global systems.
"In this article, we examine the Soviet Project K tests in-depth, exploring how they shaped the early days of space warfare and their lasting implications for today’s emerging threats."
Read more:
https://www.eurasiantimes.com/project-k-can-nuclear-warheads-destroy-satellites-in-orbit/#NukesInSpace #NoNukesInSpace
#LEO #KesslerEffect #KesslerSyndrome
#NoNukes #NoWar #NuclearWeapons #Satellites -
Russian Nuclear Blast In Space — When Kremlin Blasted 300 KT Of Warhead Over Kazakhstan, Displaying The Power Of EMP Attack
By Shubhangi Palve -
December 17, 2024"Could nuclear warheads wipe out thousands of satellites orbiting Earth? This concept, once explored by the Soviet Union, has resurfaced amid rising geopolitical tensions, raising alarms about the dawn of a new era in space warfare.
"On February 5, 2022, Russia launched #Kosmos2553, which settled into a remote orbit 1,240 miles above Earth—higher than most operational satellites.
"While it appears unassuming, #Cosmos2553 represents a chilling advancement in Russia’s potential to threaten military and commercial satellites using nuclear blasts in space.
"Since its deployment, U.S. Space Command in Colorado Springs has kept a vigilant eye on Cosmos 2553.
"In February 2024, the White House publicly acknowledged the satellite as part of a 'troubling' Russian anti-satellite weapon program. While officials clarified it posed no direct physical threat to Earth, its potential to devastate critical satellite networks has raised alarms.
Orbit Of Concern: The Graveyard
"Cosmos 2553 orbits in a region called the #GraveyardOrbit, circling Earth every two hours. Just inside the highly radioactive #VanAllenBelts, this area is sparsely populated—only about 10 defunct satellites are out there.
"Yet, U.S. officials suggest Cosmos 2553 is a testbed for a weapon capable of obliterating hundreds, if not thousands, of satellites, which could cripple global communications and defense infrastructure.
History Of Nuclear Weapons In Space
"Both the United States and the Soviet Union experimented with nuclear detonations in space during the 1960s. These tests aimed to understand how nuclear weapons behaved in the upper atmosphere and beyond, often with unforeseen and catastrophic effects.
"The U.S. conducted 11 tests under #OperationFishbowl, with the most famous, #StarfishPrime, detonating 250 miles above the Pacific Ocean in 1962. The blast knocked out radio systems and power grids in Hawaii, leaving a trail of #radiation lingering in Earth’s #magnetosphere for years.
"Meanwhile, the Soviets carried out #ProjectK, a series of nuclear tests between 1961 and 1962. These experiments further highlighted the potential for nuclear weapons to wreak havoc in orbit—generating electromagnetic pulses (EMPs) that could disable satellites and disrupt global systems.
"In this article, we examine the Soviet Project K tests in-depth, exploring how they shaped the early days of space warfare and their lasting implications for today’s emerging threats."
Read more:
https://www.eurasiantimes.com/project-k-can-nuclear-warheads-destroy-satellites-in-orbit/#NukesInSpace #NoNukesInSpace
#LEO #KesslerEffect #KesslerSyndrome
#NoNukes #NoWar #NuclearWeapons #Satellites -
Russian Nuclear Blast In Space — When Kremlin Blasted 300 KT Of Warhead Over Kazakhstan, Displaying The Power Of EMP Attack
By Shubhangi Palve -
December 17, 2024"Could nuclear warheads wipe out thousands of satellites orbiting Earth? This concept, once explored by the Soviet Union, has resurfaced amid rising geopolitical tensions, raising alarms about the dawn of a new era in space warfare.
"On February 5, 2022, Russia launched #Kosmos2553, which settled into a remote orbit 1,240 miles above Earth—higher than most operational satellites.
"While it appears unassuming, #Cosmos2553 represents a chilling advancement in Russia’s potential to threaten military and commercial satellites using nuclear blasts in space.
"Since its deployment, U.S. Space Command in Colorado Springs has kept a vigilant eye on Cosmos 2553.
"In February 2024, the White House publicly acknowledged the satellite as part of a 'troubling' Russian anti-satellite weapon program. While officials clarified it posed no direct physical threat to Earth, its potential to devastate critical satellite networks has raised alarms.
Orbit Of Concern: The Graveyard
"Cosmos 2553 orbits in a region called the #GraveyardOrbit, circling Earth every two hours. Just inside the highly radioactive #VanAllenBelts, this area is sparsely populated—only about 10 defunct satellites are out there.
"Yet, U.S. officials suggest Cosmos 2553 is a testbed for a weapon capable of obliterating hundreds, if not thousands, of satellites, which could cripple global communications and defense infrastructure.
History Of Nuclear Weapons In Space
"Both the United States and the Soviet Union experimented with nuclear detonations in space during the 1960s. These tests aimed to understand how nuclear weapons behaved in the upper atmosphere and beyond, often with unforeseen and catastrophic effects.
"The U.S. conducted 11 tests under #OperationFishbowl, with the most famous, #StarfishPrime, detonating 250 miles above the Pacific Ocean in 1962. The blast knocked out radio systems and power grids in Hawaii, leaving a trail of #radiation lingering in Earth’s #magnetosphere for years.
"Meanwhile, the Soviets carried out #ProjectK, a series of nuclear tests between 1961 and 1962. These experiments further highlighted the potential for nuclear weapons to wreak havoc in orbit—generating electromagnetic pulses (EMPs) that could disable satellites and disrupt global systems.
"In this article, we examine the Soviet Project K tests in-depth, exploring how they shaped the early days of space warfare and their lasting implications for today’s emerging threats."
Read more:
https://www.eurasiantimes.com/project-k-can-nuclear-warheads-destroy-satellites-in-orbit/#NukesInSpace #NoNukesInSpace
#LEO #KesslerEffect #KesslerSyndrome
#NoNukes #NoWar #NuclearWeapons #Satellites -
Russian Nuclear Blast In Space — When Kremlin Blasted 300 KT Of Warhead Over Kazakhstan, Displaying The Power Of EMP Attack
By Shubhangi Palve -
December 17, 2024"Could nuclear warheads wipe out thousands of satellites orbiting Earth? This concept, once explored by the Soviet Union, has resurfaced amid rising geopolitical tensions, raising alarms about the dawn of a new era in space warfare.
"On February 5, 2022, Russia launched #Kosmos2553, which settled into a remote orbit 1,240 miles above Earth—higher than most operational satellites.
"While it appears unassuming, #Cosmos2553 represents a chilling advancement in Russia’s potential to threaten military and commercial satellites using nuclear blasts in space.
"Since its deployment, U.S. Space Command in Colorado Springs has kept a vigilant eye on Cosmos 2553.
"In February 2024, the White House publicly acknowledged the satellite as part of a 'troubling' Russian anti-satellite weapon program. While officials clarified it posed no direct physical threat to Earth, its potential to devastate critical satellite networks has raised alarms.
Orbit Of Concern: The Graveyard
"Cosmos 2553 orbits in a region called the #GraveyardOrbit, circling Earth every two hours. Just inside the highly radioactive #VanAllenBelts, this area is sparsely populated—only about 10 defunct satellites are out there.
"Yet, U.S. officials suggest Cosmos 2553 is a testbed for a weapon capable of obliterating hundreds, if not thousands, of satellites, which could cripple global communications and defense infrastructure.
History Of Nuclear Weapons In Space
"Both the United States and the Soviet Union experimented with nuclear detonations in space during the 1960s. These tests aimed to understand how nuclear weapons behaved in the upper atmosphere and beyond, often with unforeseen and catastrophic effects.
"The U.S. conducted 11 tests under #OperationFishbowl, with the most famous, #StarfishPrime, detonating 250 miles above the Pacific Ocean in 1962. The blast knocked out radio systems and power grids in Hawaii, leaving a trail of #radiation lingering in Earth’s #magnetosphere for years.
"Meanwhile, the Soviets carried out #ProjectK, a series of nuclear tests between 1961 and 1962. These experiments further highlighted the potential for nuclear weapons to wreak havoc in orbit—generating electromagnetic pulses (EMPs) that could disable satellites and disrupt global systems.
"In this article, we examine the Soviet Project K tests in-depth, exploring how they shaped the early days of space warfare and their lasting implications for today’s emerging threats."
Read more:
https://www.eurasiantimes.com/project-k-can-nuclear-warheads-destroy-satellites-in-orbit/#NukesInSpace #NoNukesInSpace
#LEO #KesslerEffect #KesslerSyndrome
#NoNukes #NoWar #NuclearWeapons #Satellites -
The Ring Current in Earth's Magnetosphere ✨
#AllSkyImaging #Ast #Astrophysics #Exoplanet #Galaxy #Magnetosphere #RingCurrent #Space
⏩ 2 new pictures and 1 new video from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=10&user=OptimusPrimeBot&ilshowall=1&offset=20260514125724
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NASA Experiment to Track Space ‘Doughnut’ Encircling Earth 🌑
#ColumbusModule #GeomagneticStorm #Heliophysics #ISS #InternationalSpaceStation #Magnetosphere #Moon #NeutralAtomImaging
⏩ 4 new pictures and 3 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=12&user=OptimusPrimeBot&ilshowall=1&offset=20260502130226
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Le rôle clé de la magnétosphère dans l'architecture des satellites de Jupiter et Saturne
https://www.ca-se-passe-la-haut.fr/2026/04/le-role-cle-de-la-magnetosphere-dans.html
#astronomie #astrophysique #science #cosmologie #Jupiter #Saturne #lunes #planète #magnétosphère #satellite -
✨🔭 Interesting news from outer space: #Cassini data plus global #MHD #simulations show that #Saturn’s cusp is not noon-centered like #Earth’s, but shifted toward the post-noon and even post-dusk sector. Xu, Yao, & Arridge et al. identify 67 cusp events and argue that rapid rotation plus internal #plasma sources fundamentally reshape Saturn’s global magnetic topology:
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https://www.europesays.com/ie/387686/ How does an ice satellite detect a geomagnetic storm? #Cryosat #EarthObservation #Éire #GeomagneticStorm #IE #Ireland #MagneticField #Magnetosphere #satellites #Science #SolarStorm #swarm
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How does an ice satellite detect a geomagnetic storm?
Applications 16/03/2026 42 views 0 likes It seems improbable that a satellite designed to monitor polar ice sheets…
#NewsBeep #News #Science #AU #Australia #Cryosat #Earthobservation #geomagneticstorm #Magneticfield #Magnetosphere #satellites #Solarstorm #swarm
https://www.newsbeep.com/au/543679/ -
How does an ice satellite detect a geomagnetic storm?
Applications 16/03/2026 42 views 0 likes It seems improbable that a satellite designed to monitor polar ice sheets…
#NewsBeep #News #Science #AU #Australia #Cryosat #Earthobservation #geomagneticstorm #Magneticfield #Magnetosphere #satellites #Solarstorm #swarm
https://www.newsbeep.com/au/543679/ -
🛰️ New paper by Knowles et al.: Using the #JWST, the authors observed rapid variability in the auroral footprints of #Jupiter’s #moons in Jupiter’s #atmosphere.
IR observations show that the footprints of moons like #Io can change on short timescales, highlighting the dynamic interaction between Jupiter’s #magnetosphere and its satellites. The moon–magnetosphere coupling driving Jupiter’s #aurora is more variable than previously assumed.
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Artemis II: Sending Humans Beyond the Magnetosphere 🌑🧑🚀
#Artemis #Magnetosphere #MannedSpaceFlight #Moon #RadiationExposure #SolarWind #SpaceWeather #SunEarthMoonInteractions
⏩ 1 new picture and 1 new video from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=2&user=OptimusPrimeBot&ilshowall=1&offset=20260306125534
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https://www.europesays.com/ie/364684/ Astronomer Deciphers Crab Pulsar’s Zebra Stripes #CrabNebula #CrabPulsar #Éire #GravitationalLens #gravity #IE #Ireland #Magnetosphere #nebula #NeutronStar #plasma #pulsar #RadioSignal #Science #Spectrum #star #Supernova #SupernovaRemnant
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✨🔭 New observations of #Ganymede 🌖reveal a surprising similarity between the #auroras 🌌 on the #SolarSystem's largest #moon and those on #Earth 🌍. A team of space physicists has obtained new results suggesting that the fundamental physical processes that generate auroras are common to different celestial bodies.
#auroq #SpacePhysics #Jupiter #PlasmaPhysics #Juno #JunoSpacecraft #magnetosphere
Thanks @Umbertogaetani for sharing 🙏 https://mastodon.uno/@Umbertogaetani/116113873863038999
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Using joint observations from the #Tianwen-1 in the #solarwind and #MAVEN in the induced #magnetosphere, Lin et al. identified a magnetic barrier between #Mars’ #ionosphere and shocked solar wind under the radial #IMF for the first time.
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Viewing an Exoplanet Transmission Spectrum 🛰️
#Exoplanet #ExoplanetAtmospheres #Fleet #Heliopause #Heliophysics #Heliosphere #Magnetopause #Magnetosphere
⏩ 3 new pictures and 3 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=22&user=OptimusPrimeBot&ilshowall=1&offset=20260128125704
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Viewing an Exoplanet Transmission Spectrum 🛰️
#Exoplanet #ExoplanetAtmospheres #Fleet #Heliopause #Heliophysics #Heliosphere #Magnetopause #Magnetosphere
⏩ 3 new pictures and 3 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=22&user=OptimusPrimeBot&ilshowall=1&offset=20260128125704
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Viewing an Exoplanet Transmission Spectrum 🛰️
#Exoplanet #ExoplanetAtmospheres #Fleet #Heliopause #Heliophysics #Heliosphere #Magnetopause #Magnetosphere
⏩ 3 new pictures and 3 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=22&user=OptimusPrimeBot&ilshowall=1&offset=20260128125704
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Viewing an Exoplanet Transmission Spectrum 🛰️
#Exoplanet #ExoplanetAtmospheres #Fleet #Heliopause #Heliophysics #Heliosphere #Magnetopause #Magnetosphere
⏩ 3 new pictures and 3 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=22&user=OptimusPrimeBot&ilshowall=1&offset=20260128125704
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#MachineLearning anlysis of 20 years of in situ measurements in the #Earth's #magnetosphere brings new insights on #MagneticReconnection processes:
📄 https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2025GL119118
#SpacePhysics #Plasma #PlasmaPhysics #SolarWind #Reconnection @irap https://social.numerique.gouv.fr/@irap/115966776951772619
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[#Magnetic reconnection] In the Earth's space environment, it connects the interplanetary and terrestrial magnetic fields, allowing #plasma from the #SolarWind to penetrate the #magnetosphere, which is otherwise confined.
The use of machine learning algorithms has enabled the analysis of 20 years of data measured in situ by four different space missions in the Earth's magnetosphere... and confirmed the necessary speed of the magnetic reconnection process: https://www.irap.omp.eu/en/2026/01/magnetic-reconnection-models-validated-by-analysis-of-twenty-years-of-measurements/
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Record #SolarSuperstorm shrank Earth’s plasma shield 78%, #GPS at risk
Story by Alexander Clark, 12/1/2025
Excerpt: "Why this storm is a warning shot for the #SatelliteEconomy
"Even without a total collapse of the magnetosphere, the recent superstorm delivered a clear warning to the satellite industry. Constellations in low Earth orbit [#LEO], such as #SpaceX’s #Starlink or #OneWeb, already have to contend with atmospheric drag and radiation, but they usually operate well inside the magnetosphere’s protection. When the plasma shield shrinks, those satellites face a double challenge: increased drag from a heated upper atmosphere and a more hostile radiation environment that can degrade electronics and solar panels. The event that compressed Earth’s shield by nearly 80 percent effectively stress-tested the assumptions behind the rapid expansion of commercial space infrastructure, a point underscored in analyses of how a solar storm can threaten satellites when the magnetosphere is squeezed.
"For operators of navigation, communications, and Earth observation satellites in higher orbits, the implications are even more direct. Many of these spacecraft were designed based on historical records of geomagnetic storms that did not include such extreme compression of the magnetosphere, which means their shielding, redundancy, and fault management systems may not fully account for the conditions seen in this event. As I look at the trajectory of the satellite economy, with thousands of new platforms planned for launch in the coming years, the lesson is clear: space weather resilience can no longer be treated as a niche concern. It has to be built into hardware design, constellation architecture, and operational playbooks from the start, or the next superstorm could turn a profitable orbital network into a liability overnight.
"Preparing for the next superstorm in a crowded sky
"The recent compression of Earth’s plasma shield did not trigger the kind of global blackout or navigation collapse that worst-case scenarios envision, but it came close enough to expose the seams in current preparedness. Space weather forecasting has improved, yet the lead times and confidence levels are still limited, especially for the most extreme events. To protect GPS, power grids, and other critical systems, operators need not just alerts that a storm is coming but actionable guidance on how severe the magnetospheric compression is likely to be, which orbits will be most exposed, and how long the elevated risk will last, insights that depend on the kind of multi-satellite observations and modeling showcased in the reconstruction of this storm.
"As I weigh the evidence, the path forward looks less like a single technological fix and more like a layered strategy. That means hardening satellites and ground infrastructure against radiation and induced currents, building redundancy into navigation and timing systems so that GPS is not a single point of failure, and integrating space weather scenarios into everything from grid planning to aviation routing. It also means improving public communication so that when the next superstorm hits, people understand both the seriousness of a 78 percent shrinkage of Earth’s plasma shield and the practical steps being taken to manage the risk. The recent event was a vivid reminder that our digital civilization is built inside a magnetic cocoon that can flex and falter, and that planning for those moments is no longer optional."
#SolarSuperstorm #SolarFlares #Magnetosphere #MagnetosphericCompression #Satellites #SpaceIndustry #DarkSkies #SpaceJunk #InternetOutages #KesslerSyndrome #CarringtonEvent #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
#Landlines #TechVulnerability -
Record #SolarSuperstorm shrank Earth’s plasma shield 78%, #GPS at risk
Story by Alexander Clark, 12/1/2025
Excerpt: "Why this storm is a warning shot for the #SatelliteEconomy
"Even without a total collapse of the magnetosphere, the recent superstorm delivered a clear warning to the satellite industry. Constellations in low Earth orbit [#LEO], such as #SpaceX’s #Starlink or #OneWeb, already have to contend with atmospheric drag and radiation, but they usually operate well inside the magnetosphere’s protection. When the plasma shield shrinks, those satellites face a double challenge: increased drag from a heated upper atmosphere and a more hostile radiation environment that can degrade electronics and solar panels. The event that compressed Earth’s shield by nearly 80 percent effectively stress-tested the assumptions behind the rapid expansion of commercial space infrastructure, a point underscored in analyses of how a solar storm can threaten satellites when the magnetosphere is squeezed.
"For operators of navigation, communications, and Earth observation satellites in higher orbits, the implications are even more direct. Many of these spacecraft were designed based on historical records of geomagnetic storms that did not include such extreme compression of the magnetosphere, which means their shielding, redundancy, and fault management systems may not fully account for the conditions seen in this event. As I look at the trajectory of the satellite economy, with thousands of new platforms planned for launch in the coming years, the lesson is clear: space weather resilience can no longer be treated as a niche concern. It has to be built into hardware design, constellation architecture, and operational playbooks from the start, or the next superstorm could turn a profitable orbital network into a liability overnight.
"Preparing for the next superstorm in a crowded sky
"The recent compression of Earth’s plasma shield did not trigger the kind of global blackout or navigation collapse that worst-case scenarios envision, but it came close enough to expose the seams in current preparedness. Space weather forecasting has improved, yet the lead times and confidence levels are still limited, especially for the most extreme events. To protect GPS, power grids, and other critical systems, operators need not just alerts that a storm is coming but actionable guidance on how severe the magnetospheric compression is likely to be, which orbits will be most exposed, and how long the elevated risk will last, insights that depend on the kind of multi-satellite observations and modeling showcased in the reconstruction of this storm.
"As I weigh the evidence, the path forward looks less like a single technological fix and more like a layered strategy. That means hardening satellites and ground infrastructure against radiation and induced currents, building redundancy into navigation and timing systems so that GPS is not a single point of failure, and integrating space weather scenarios into everything from grid planning to aviation routing. It also means improving public communication so that when the next superstorm hits, people understand both the seriousness of a 78 percent shrinkage of Earth’s plasma shield and the practical steps being taken to manage the risk. The recent event was a vivid reminder that our digital civilization is built inside a magnetic cocoon that can flex and falter, and that planning for those moments is no longer optional."
#SolarSuperstorm #SolarFlares #Magnetosphere #MagnetosphericCompression #Satellites #SpaceIndustry #DarkSkies #SpaceJunk #InternetOutages #KesslerSyndrome #CarringtonEvent #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
#Landlines #TechVulnerability -
Record #SolarSuperstorm shrank Earth’s plasma shield 78%, #GPS at risk
Story by Alexander Clark, 12/1/2025
Excerpt: "Why this storm is a warning shot for the #SatelliteEconomy
"Even without a total collapse of the magnetosphere, the recent superstorm delivered a clear warning to the satellite industry. Constellations in low Earth orbit [#LEO], such as #SpaceX’s #Starlink or #OneWeb, already have to contend with atmospheric drag and radiation, but they usually operate well inside the magnetosphere’s protection. When the plasma shield shrinks, those satellites face a double challenge: increased drag from a heated upper atmosphere and a more hostile radiation environment that can degrade electronics and solar panels. The event that compressed Earth’s shield by nearly 80 percent effectively stress-tested the assumptions behind the rapid expansion of commercial space infrastructure, a point underscored in analyses of how a solar storm can threaten satellites when the magnetosphere is squeezed.
"For operators of navigation, communications, and Earth observation satellites in higher orbits, the implications are even more direct. Many of these spacecraft were designed based on historical records of geomagnetic storms that did not include such extreme compression of the magnetosphere, which means their shielding, redundancy, and fault management systems may not fully account for the conditions seen in this event. As I look at the trajectory of the satellite economy, with thousands of new platforms planned for launch in the coming years, the lesson is clear: space weather resilience can no longer be treated as a niche concern. It has to be built into hardware design, constellation architecture, and operational playbooks from the start, or the next superstorm could turn a profitable orbital network into a liability overnight.
"Preparing for the next superstorm in a crowded sky
"The recent compression of Earth’s plasma shield did not trigger the kind of global blackout or navigation collapse that worst-case scenarios envision, but it came close enough to expose the seams in current preparedness. Space weather forecasting has improved, yet the lead times and confidence levels are still limited, especially for the most extreme events. To protect GPS, power grids, and other critical systems, operators need not just alerts that a storm is coming but actionable guidance on how severe the magnetospheric compression is likely to be, which orbits will be most exposed, and how long the elevated risk will last, insights that depend on the kind of multi-satellite observations and modeling showcased in the reconstruction of this storm.
"As I weigh the evidence, the path forward looks less like a single technological fix and more like a layered strategy. That means hardening satellites and ground infrastructure against radiation and induced currents, building redundancy into navigation and timing systems so that GPS is not a single point of failure, and integrating space weather scenarios into everything from grid planning to aviation routing. It also means improving public communication so that when the next superstorm hits, people understand both the seriousness of a 78 percent shrinkage of Earth’s plasma shield and the practical steps being taken to manage the risk. The recent event was a vivid reminder that our digital civilization is built inside a magnetic cocoon that can flex and falter, and that planning for those moments is no longer optional."
#SolarSuperstorm #SolarFlares #Magnetosphere #MagnetosphericCompression #Satellites #SpaceIndustry #DarkSkies #SpaceJunk #InternetOutages #KesslerSyndrome #CarringtonEvent #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
#Landlines #TechVulnerability -
Record #SolarSuperstorm shrank Earth’s plasma shield 78%, #GPS at risk
Story by Alexander Clark, 12/1/2025
Excerpt: "Why this storm is a warning shot for the #SatelliteEconomy
"Even without a total collapse of the magnetosphere, the recent superstorm delivered a clear warning to the satellite industry. Constellations in low Earth orbit [#LEO], such as #SpaceX’s #Starlink or #OneWeb, already have to contend with atmospheric drag and radiation, but they usually operate well inside the magnetosphere’s protection. When the plasma shield shrinks, those satellites face a double challenge: increased drag from a heated upper atmosphere and a more hostile radiation environment that can degrade electronics and solar panels. The event that compressed Earth’s shield by nearly 80 percent effectively stress-tested the assumptions behind the rapid expansion of commercial space infrastructure, a point underscored in analyses of how a solar storm can threaten satellites when the magnetosphere is squeezed.
"For operators of navigation, communications, and Earth observation satellites in higher orbits, the implications are even more direct. Many of these spacecraft were designed based on historical records of geomagnetic storms that did not include such extreme compression of the magnetosphere, which means their shielding, redundancy, and fault management systems may not fully account for the conditions seen in this event. As I look at the trajectory of the satellite economy, with thousands of new platforms planned for launch in the coming years, the lesson is clear: space weather resilience can no longer be treated as a niche concern. It has to be built into hardware design, constellation architecture, and operational playbooks from the start, or the next superstorm could turn a profitable orbital network into a liability overnight.
"Preparing for the next superstorm in a crowded sky
"The recent compression of Earth’s plasma shield did not trigger the kind of global blackout or navigation collapse that worst-case scenarios envision, but it came close enough to expose the seams in current preparedness. Space weather forecasting has improved, yet the lead times and confidence levels are still limited, especially for the most extreme events. To protect GPS, power grids, and other critical systems, operators need not just alerts that a storm is coming but actionable guidance on how severe the magnetospheric compression is likely to be, which orbits will be most exposed, and how long the elevated risk will last, insights that depend on the kind of multi-satellite observations and modeling showcased in the reconstruction of this storm.
"As I weigh the evidence, the path forward looks less like a single technological fix and more like a layered strategy. That means hardening satellites and ground infrastructure against radiation and induced currents, building redundancy into navigation and timing systems so that GPS is not a single point of failure, and integrating space weather scenarios into everything from grid planning to aviation routing. It also means improving public communication so that when the next superstorm hits, people understand both the seriousness of a 78 percent shrinkage of Earth’s plasma shield and the practical steps being taken to manage the risk. The recent event was a vivid reminder that our digital civilization is built inside a magnetic cocoon that can flex and falter, and that planning for those moments is no longer optional."
#SolarSuperstorm #SolarFlares #Magnetosphere #MagnetosphericCompression #Satellites #SpaceIndustry #DarkSkies #SpaceJunk #InternetOutages #KesslerSyndrome #CarringtonEvent #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
#Landlines #TechVulnerability -
Record #SolarSuperstorm shrank Earth’s plasma shield 78%, #GPS at risk
Story by Alexander Clark, 12/1/2025
Excerpt: "Why this storm is a warning shot for the #SatelliteEconomy
"Even without a total collapse of the magnetosphere, the recent superstorm delivered a clear warning to the satellite industry. Constellations in low Earth orbit [#LEO], such as #SpaceX’s #Starlink or #OneWeb, already have to contend with atmospheric drag and radiation, but they usually operate well inside the magnetosphere’s protection. When the plasma shield shrinks, those satellites face a double challenge: increased drag from a heated upper atmosphere and a more hostile radiation environment that can degrade electronics and solar panels. The event that compressed Earth’s shield by nearly 80 percent effectively stress-tested the assumptions behind the rapid expansion of commercial space infrastructure, a point underscored in analyses of how a solar storm can threaten satellites when the magnetosphere is squeezed.
"For operators of navigation, communications, and Earth observation satellites in higher orbits, the implications are even more direct. Many of these spacecraft were designed based on historical records of geomagnetic storms that did not include such extreme compression of the magnetosphere, which means their shielding, redundancy, and fault management systems may not fully account for the conditions seen in this event. As I look at the trajectory of the satellite economy, with thousands of new platforms planned for launch in the coming years, the lesson is clear: space weather resilience can no longer be treated as a niche concern. It has to be built into hardware design, constellation architecture, and operational playbooks from the start, or the next superstorm could turn a profitable orbital network into a liability overnight.
"Preparing for the next superstorm in a crowded sky
"The recent compression of Earth’s plasma shield did not trigger the kind of global blackout or navigation collapse that worst-case scenarios envision, but it came close enough to expose the seams in current preparedness. Space weather forecasting has improved, yet the lead times and confidence levels are still limited, especially for the most extreme events. To protect GPS, power grids, and other critical systems, operators need not just alerts that a storm is coming but actionable guidance on how severe the magnetospheric compression is likely to be, which orbits will be most exposed, and how long the elevated risk will last, insights that depend on the kind of multi-satellite observations and modeling showcased in the reconstruction of this storm.
"As I weigh the evidence, the path forward looks less like a single technological fix and more like a layered strategy. That means hardening satellites and ground infrastructure against radiation and induced currents, building redundancy into navigation and timing systems so that GPS is not a single point of failure, and integrating space weather scenarios into everything from grid planning to aviation routing. It also means improving public communication so that when the next superstorm hits, people understand both the seriousness of a 78 percent shrinkage of Earth’s plasma shield and the practical steps being taken to manage the risk. The recent event was a vivid reminder that our digital civilization is built inside a magnetic cocoon that can flex and falter, and that planning for those moments is no longer optional."
#SolarSuperstorm #SolarFlares #Magnetosphere #MagnetosphericCompression #Satellites #SpaceIndustry #DarkSkies #SpaceJunk #InternetOutages #KesslerSyndrome #CarringtonEvent #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
#Landlines #TechVulnerability -
ESCAPADE Theoretical Flight Through Active Mars Magnetosphere 🌑🌱🧑🚀🪐
#Artemis #BiologicalClassification #CoronalMassEjections #ESCAPADE #EarthScience #Heliophysics #Lunar #Magnetosphere
⏩ 2 new pictures and 2 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=18&user=OptimusPrimeBot&ilshowall=1&offset=20251121125811
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#ESA:
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Smile approved for launch in spring 2026
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"Smile has passed its qualification and flight acceptance review, meaning that it meets all requirements for launch. The launch window has been set for 8 April to 7 May 2026."https://www.esa.int/Science_Exploration/Space_Science/Smile/Smile_approved_for_launch_in_spring_2026
20.11.2025
#CAS #China #ESTEC #Ionosphere #Magnetosphere #Raumfahrt #Satelliten #Smile #SolarWind #SpaceFlight #VegaC
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Preparing for Martian Explorers: NASA's ESCAPADE Investigates Mars Space Weather ☀️🛰️🪐
#AtmosphericEscape #Corona #ESCAPADE #Heliophysics #MagneticFields #Magnetosphere #Mars #MarsArrival
⏩ 2 new pictures and 2 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=8&user=OptimusPrimeBot&ilshowall=1&offset=20251114125752
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🌞 The solar wind is a stream of charged particles from the Sun’s corona.
🌍 Earth’s magnetic field deflects most, but some are funneled toward the poles. The result is shimmering auroras in green and violet, Earth’s luminous signature of space weather.✍️ Explore the science & FAQs:
https://TPC8.short.gy/XHvZuUqp🔆 Where the Sun’s breath meets Earth’s shield, the sky writes its story in light.
#SolarWind #Aurora #SpaceWeather #Magnetosphere #Sun #Earth #Plasma #Space #Astrophysics #Cosmos #TPC8
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Solar Wind Animations 🌎
#Corona #Earth #MagneticFields #Magnetosphere #Plasma #SolarWind #SpaceWeather
▶️ 1 new video from NASA (SVS) https://commons.wikimedia.org/wiki/File:Solar_Wind_Animations_%28SVS14892_Endurance_SEQ3B_4K%29.webm
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STORIE Thermal Vacuum Test at NASA Goddard Space Flight Center
#ColumbusModule #GeomagneticStorm #Heliophysics #ISS #InternationalSpaceStation #Magnetosphere #NeutralAtomImaging #RingCurrent
⏩ 1 new picture and 1 new video from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=18&user=OptimusPrimeBot&ilshowall=1&offset=20250729125958
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NASA’s TRACERS Mission Launches to Study Earth’s Magnetic Shield ☀️🛰️
#Heliophysics #Launch #MagneticFields #MagneticReconnection #Magnetosphere #Plasma #PolarCusp #Satellite
⏩ 1 new picture and 1 new video from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=9&user=OptimusPrimeBot&ilshowall=1&offset=20250726125759
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NASA’s TRACERS Studies Magnetic Explosions Above Earth ☀️🌎🛰️
#Earth #Heliophysics #MagneticFields #MagneticReconnection #Magnetosphere #Plasma #PolarCusp #Satellite
▶️ 1 new video from NASA (SVS) https://commons.wikimedia.org/wiki/File:NASA%E2%80%99s_TRACERS_Studies_Magnetic_Explosions_Above_Earth_%28SVS14862%29.webm
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Mysterious Strong Link Between Earth's Magnetosphere and Oxygen Levels
#AntonPetrov #WeijiaKuang #RaviKopparapu #JoshuaKrissansenTotton #BenjaminMills
#Science #Math #Maths #Physics #Earth #Magnetosphere #Oxygen
https://www.youtube.com/watch?v=L2gf_zaz-1E -
Aurora Australis from Royal National Park! This is AMAZING.
The big solar storm that is passing us this week, triggered nu a coronal mass ejection from the Sun has produced a class G4 / G5 geomagnetic storm.
Our magnetosphere deflects most of the particles from Sun away, but near the poles, some spiral down and excite our atmosphere - producing aurora.
This storm was powerful enough to generate aurora sightings as far north as Coonabarabran and the Siding Spring Observatory. That's around 340 km NW of Sydney (closer to the equator, at 31 degrees south!)
While city lights drowned out the view for many, those under darker skies were treated to an extraordinary show. This stunning timelapse footage, captured by my friend Filippo Rivetti from Royal National Park south of Sydney, offers a glimpse of the awe-inspiring beauty and planetary-scale force of this event.
A reminder of the vast, dynamic forces at play: a star lashing out across space, and a planet, our home planet with its protective magnetic shield - hosting the only life we know of so far in the Universe, safely within.
https://www.youtube.com/watch?v=cXP49hxf9ck
#AuroraAustralis #SolarStorm #SpaceWeather #Astrophysics #CMEs #Magnetosphere #Astrodon
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TRACERS Thermal Vacuum Testing at Millennium Space Systems ☀️🛰️
#Heliophysics #MagneticFields #MagneticReconnection #Magnetosphere #Plasma #PolarCusp #Satellite #SolarStorm
⏩ 3 new pictures and 2 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=18&user=OptimusPrimeBot&ilshowall=1&offset=20250426125634
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TRACERS Testing & Integration at Millennium Space Systems ☀️🛰️
#DarkEnergy #DarkMatter #Exoplanet #Heliophysics #Infographic #MagneticFields #MagneticReconnection #Magnetosphere
⏩ 4 new pictures and 2 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=26&user=OptimusPrimeBot&ilshowall=1&offset=20250425130112
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IMAP Testing and Integration at NASA's Goddard Space Flight Center ☀️🪐
#CoronalMassEjections #EarthScience #Heliophysics #Hyperwall #Magnetosphere #Mars #Planets #SolarActivity
⏩ 2 new pictures and 2 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=17&user=OptimusPrimeBot&ilshowall=1&offset=20250410125655
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SciTech Chronicles . . . . . . .Jan 8th, 2025
#Eisleben #2022 #church #income #thalers #ducats #groundwater #Interconnections #watersheds #PFAS #Labor #Surveillance #Neuroscience #Workplace #Neurotechnology # Neurostimulation #LEXI #X-ray #magnetosphere #breathing #STORM #Moon #Hildegard #Bingen #ecology #viriditas #greening
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A #Geomagnetic #Storm is a major disturbance of Earth's #Magnetosphere that occurs when there is a very efficient exchange of energy from the #SolarWind into the space environment surrounding Earth.
https://knowledgezone.co.in/posts/What-is-geomagnetic-storm-6203c30f5cf167c708099987
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Scientists use data from BepiColombo flyby to discover features within Mercury’s magnetosphere https://www.nasaspaceflight.com/2024/10/bepicolombo-magnetosphere/ #planetaryscience #magneticfields #international #magnetosphere #bepicolombo #european #featured #mercury #science #flyby #japan #other #jaxa #esa #mmo #mpo
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Scientists use data from BepiColombo flyby to discover features within Mercury’s magnetosphere https://www.nasaspaceflight.com/2024/10/bepicolombo-magnetosphere/ #planetaryscience #magneticfields #international #magnetosphere #bepicolombo #european #featured #mercury #science #flyby #japan #other #jaxa #esa #mmo #mpo
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Scientists use data from BepiColombo flyby to discover features within Mercury’s magnetosphere https://www.nasaspaceflight.com/2024/10/bepicolombo-magnetosphere/ #planetaryscience #magneticfields #international #magnetosphere #bepicolombo #european #featured #mercury #science #flyby #japan #other #jaxa #esa #mmo #mpo
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[#MétéoSpatiale] L'éruption solaire classée X9.0 du 3 octobre dernier n'a finalement pas donné lieu aux #aurores polaires attendues ... 😥
En décuplant le réseau de #sondes et de #capteurs dédiés à la surveillance de la haute #atmosphère et de la #magnétosphère terrestres, les scientifiques du @CNRS_INSU espèrent parvenir à mieux anticiper les tempêtes solaires, et donc les risques qu’elles font peser sur nos activités.
Reportage : https://lejournal.cnrs.fr/articles/un-vent-de-tempete-solaire-souffle-sur-la-terre
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The #X9 solar ☀️ flare emitted is the largest categorised by #NASA. A second #CME is likely to hit Earth on Saturday and Sunday. #SolarFlares do not cause the Northern Lights. They are caused by a phenomenon called coronal mass ejections that erupt from an active sun spot. Combined with flares, they can create #SolarStorms that interact with Earth's magnetic field 🌐 or #magnetosphere. https://www.bbc.com/news/articles/cy437gnp28zo
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[The “JENI” of #JUICE 🤩] There are #detectors that capture the invisible: #atoms emitted by energetic ions trapped in the Earth's #magnetosphere, in this case. Then comes this image of the hot #plasma surrounding our #Earth ...
This image was captured by NASA's #JENI (Jovian Energetic Neutrals and Ions) instrument, to which IRAP contributed, as the #JUICE probe moved away from Earth, last August. This is the clearest image yet of the #Earth's #radiation belts
Details+: https://www.irap.omp.eu/en/2024/10/juice-pep-captures-sharpest-image-of-earths-radiation-belt/
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[Le "JENI" de #JUICE 🤩] Il est des #détecteurs qui capturent l'invisible : des #atomes émis par des ions énergétiques piégés dans la #magnétosphère terrestre, en l'occurrence. S'ensuit cette image du #plasma chaud entourant notre #Terre ...
Cette image a été capturée par l'instrument #JENI (Jovian Energetic Neutrals and Ions) de la NASA auquel a contribué l'IRAP, alors que la sonde #JUICE s'éloignait de la Terre, au mois d'août dernier.