#nasamars — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #nasamars, aggregated by home.social.
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Mars' Atmosphere Wracked by "Zwan-Wolf Effect" During Solar Fury
Did a solar flare affect Mars on 15 May 2026? NASA and ESA data show a record electron surge in the Martian atmosphere caused by a powerful solar event.
#marsnews, #solarflares, #spaceexploration, #nasamars, #esa
https://newsletter.tf/mars-solar-flare-may-2026-ionosphere-impact/
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On 15 May 2026, an X-class solar flare caused Martian electron levels to jump three times higher than normal. This is the largest increase ever recorded by space agencies.
#marsnews, #solarflares, #spaceexploration, #nasamars, #esa
https://newsletter.tf/mars-solar-flare-may-2026-ionosphere-impact/ -
Investigating the Geographical Origins of First Life on Earth
Where did life on Earth start first? Scientists look at deep oceans and volcanoes to find out if we will find life on Mars or other moons.
#originoflife, #deepseavents, #volcanicpools, #nasamars, #earlyearth
https://newsletter.tf/where-did-life-on-earth-start-first-ocean-vs-volcano/
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Investigating the Geographical Origins of First Life on Earth
Where did life on Earth start first? Scientists look at deep oceans and volcanoes to find out if we will find life on Mars or other moons.
#originoflife, #deepseavents, #volcanicpools, #nasamars, #earlyearth
https://newsletter.tf/where-did-life-on-earth-start-first-ocean-vs-volcano/
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Scientists are choosing between the deep ocean and land volcanoes for the start of life. This choice tells us if we should look for aliens on Mars or icy moons.
#originoflife, #deepseavents, #volcanicpools, #nasamars, #earlyearth
https://newsletter.tf/where-did-life-on-earth-start-first-ocean-vs-volcano/
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Scientists are choosing between the deep ocean and land volcanoes for the start of life. This choice tells us if we should look for aliens on Mars or icy moons.
#originoflife, #deepseavents, #volcanicpools, #nasamars, #earlyearth
https://newsletter.tf/where-did-life-on-earth-start-first-ocean-vs-volcano/
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Spot the “polar bear!” One rock that @NASAPersevere drilled while #SamplingMars had an odd-shaped crystal inside – a mineral that on Earth is good for preserving signs of ancient life. See why one of this rock’s samples could be fascinating to bring to Earth by #MarsSampleReturn.
[Video embedded in original tweet]
#NASAMars -
Spot the “polar bear!” One rock that @NASAPersevere drilled while #SamplingMars had an odd-shaped crystal inside – a mineral that on Earth is good for preserving signs of ancient life. See why one of this rock’s samples could be fascinating to bring to Earth by #MarsSampleReturn.
[Video embedded in original tweet]
#NASAMars -
Spot the “polar bear!” One rock that @NASAPersevere drilled while #SamplingMars had an odd-shaped crystal inside – a mineral that on Earth is good for preserving signs of ancient life. See why one of this rock’s samples could be fascinating to bring to Earth by #MarsSampleReturn.
[Video embedded in original tweet]
#NASAMars -
Spot the “polar bear!” One rock that @NASAPersevere drilled while #SamplingMars had an odd-shaped crystal inside – a mineral that on Earth is good for preserving signs of ancient life. See why one of this rock’s samples could be fascinating to bring to Earth by #MarsSampleReturn.
[Video embedded in original tweet]
#NASAMars -
Is your name on the surface of Mars aboard @NASAPersevere, @MarsCuriosity, or @NASAInSight? Now you have the chance to #SendYourName even deeper into space, this time with @EuropaClipper as it travels 1.8 billion miles to Jupiter!
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Is your name on the surface of Mars aboard @NASAPersevere, @MarsCuriosity, or @NASAInSight? Now you have the chance to #SendYourName even deeper into space, this time with @EuropaClipper as it travels 1.8 billion miles to Jupiter!