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#mars — Public Fediverse posts

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

  1. Alan Turing submitted "On Computable Numbers" for publication (1936) in which he set out the theoretical basis for modern computers.

    The Mars found signs water on planet (2002).

    Today is World .

    knowledgezone.co.in/news

  2. RE: mastodon.social/@europeanspace

    🇫🇷 #CNES has published a call for the development and installation of a #kitchen 🍽️ for use aboard crewed spacecraft embarking on #DeepSpace missions to #Mars and beyond.

  3. RE: mastodon.social/@europeanspace

    🇫🇷 #CNES has published a call for the development and installation of a #kitchen 🍽️ for use aboard crewed spacecraft embarking on #DeepSpace missions to #Mars and beyond.

  4. RE: mastodon.social/@europeanspace

    🇫🇷 #CNES has published a call for the development and installation of a #kitchen 🍽️ for use aboard crewed spacecraft embarking on #DeepSpace missions to #Mars and beyond.

  5. RE: mastodon.social/@europeanspace

    🇫🇷 #CNES has published a call for the development and installation of a #kitchen 🍽️ for use aboard crewed spacecraft embarking on #DeepSpace missions to #Mars and beyond.

  6. RE: mastodon.social/@europeanspace

    🇫🇷 #CNES has published a call for the development and installation of a #kitchen 🍽️ for use aboard crewed spacecraft embarking on #DeepSpace missions to #Mars and beyond.

  7. 🦎🔴 Engineers at the University of #Würzburg designed a #Mars #rover with wheels that “swim” through sand using figure-eight motions, inspired by the African sandfish #lizard.

    That lizard, a native to the #Sahara, burrows and propels itself through sand like a fish through water. Early prototypes sank, but a lighter, wider-wheeled version successfully navigated sandy test tracks, outperforming traditional wheels on loose terrain.

    👉 popsci.com/technology/mars-rov

    #biomimicry #engineering #robotics #space #exploration #germany #science #technology #tech #nature

  8. 🦎🔴 Engineers at the University of #Würzburg designed a #Mars #rover with wheels that “swim” through sand using figure-eight motions, inspired by the African sandfish #lizard.

    That lizard, a native to the #Sahara, burrows and propels itself through sand like a fish through water. Early prototypes sank, but a lighter, wider-wheeled version successfully navigated sandy test tracks, outperforming traditional wheels on loose terrain.

    👉 popsci.com/technology/mars-rov

    #biomimicry #engineering #robotics #space #exploration #germany #science #technology #tech #nature

  9. 🦎🔴 Engineers at the University of #Würzburg designed a #Mars #rover with wheels that “swim” through sand using figure-eight motions, inspired by the African sandfish #lizard.

    That lizard, a native to the #Sahara, burrows and propels itself through sand like a fish through water. Early prototypes sank, but a lighter, wider-wheeled version successfully navigated sandy test tracks, outperforming traditional wheels on loose terrain.

    👉 popsci.com/technology/mars-rov

    #biomimicry #engineering #robotics #space #exploration #germany #science #technology #tech #nature

  10. 🦎🔴 Engineers at the University of #Würzburg designed a #Mars #rover with wheels that “swim” through sand using figure-eight motions, inspired by the African sandfish #lizard.

    That lizard, a native to the #Sahara, burrows and propels itself through sand like a fish through water. Early prototypes sank, but a lighter, wider-wheeled version successfully navigated sandy test tracks, outperforming traditional wheels on loose terrain.

    👉 popsci.com/technology/mars-rov

    #biomimicry #engineering #robotics #space #exploration #germany #science #technology #tech #nature

  11. 🦎🔴 Engineers at the University of #Würzburg designed a #Mars #rover with wheels that “swim” through sand using figure-eight motions, inspired by the African sandfish #lizard.

    That lizard, a native to the #Sahara, burrows and propels itself through sand like a fish through water. Early prototypes sank, but a lighter, wider-wheeled version successfully navigated sandy test tracks, outperforming traditional wheels on loose terrain.

    👉 popsci.com/technology/mars-rov

    #biomimicry #engineering #robotics #space #exploration #germany #science #technology #tech #nature

  12. 1P Halley NASAs facts about the most famous comet. 🪐 Science never fails to amaze 👉 🚨 Best Telescopes for Beginners! https://telescopeadvisor.com/best-telescopes-for-beginners.php Mind blown yet? #Universe #Mars #STEM #ScienceFacts #SpaceFacts

    1P Halley NASAs facts about th...

  13. 1P Halley NASAs facts about the most famous comet. 🪐 Science never fails to amaze 👉 🚨 Best Telescopes for Beginners! https://telescopeadvisor.com/best-telescopes-for-beginners.php Mind blown yet? #Universe #Mars #STEM #ScienceFacts #SpaceFacts

    1P Halley NASAs facts about th...

  14. 1P Halley NASAs facts about the most famous comet. 🪐 Science never fails to amaze 👉 🚨 Best Telescopes for Beginners! https://telescopeadvisor.com/best-telescopes-for-beginners.php Mind blown yet? #Universe #Mars #STEM #ScienceFacts #SpaceFacts

    1P Halley NASAs facts about th...

  15. [The Zwan-Wolf effect observed in the #Martian atmosphere! 🧐 ] Discovered in 1976, the Zwan-Wolf effect has been observed for the first time in a planet’s atmosphere—specifically, the ionosphere of #Mars. Data collected by NASA’s #MAVEN (Mars Atmosphere and Volatile Evolution) probe showed that, during a strong solar storm, the numerous #electrically charged particles in the ionosphere underwent #compression and spread out across the Martian atmosphere.

    More info: science.nasa.gov/missions/mave

  16. [The Zwan-Wolf effect observed in the #Martian atmosphere! 🧐 ] Discovered in 1976, the Zwan-Wolf effect has been observed for the first time in a planet’s atmosphere—specifically, the ionosphere of #Mars. Data collected by NASA’s #MAVEN (Mars Atmosphere and Volatile Evolution) probe showed that, during a strong solar storm, the numerous #electrically charged particles in the ionosphere underwent #compression and spread out across the Martian atmosphere.

    More info: science.nasa.gov/missions/mave

  17. [The Zwan-Wolf effect observed in the #Martian atmosphere! 🧐 ] Discovered in 1976, the Zwan-Wolf effect has been observed for the first time in a planet’s atmosphere—specifically, the ionosphere of #Mars. Data collected by NASA’s #MAVEN (Mars Atmosphere and Volatile Evolution) probe showed that, during a strong solar storm, the numerous #electrically charged particles in the ionosphere underwent #compression and spread out across the Martian atmosphere.

    More info: science.nasa.gov/missions/mave

  18. [The Zwan-Wolf effect observed in the #Martian atmosphere! 🧐 ] Discovered in 1976, the Zwan-Wolf effect has been observed for the first time in a planet’s atmosphere—specifically, the ionosphere of #Mars. Data collected by NASA’s #MAVEN (Mars Atmosphere and Volatile Evolution) probe showed that, during a strong solar storm, the numerous #electrically charged particles in the ionosphere underwent #compression and spread out across the Martian atmosphere.

    More info: science.nasa.gov/missions/mave

  19. [The Zwan-Wolf effect observed in the #Martian atmosphere! 🧐 ] Discovered in 1976, the Zwan-Wolf effect has been observed for the first time in a planet’s atmosphere—specifically, the ionosphere of #Mars. Data collected by NASA’s #MAVEN (Mars Atmosphere and Volatile Evolution) probe showed that, during a strong solar storm, the numerous #electrically charged particles in the ionosphere underwent #compression and spread out across the Martian atmosphere.

    More info: science.nasa.gov/missions/mave

  20. Découvert en 1976, l'effet Zwan-Wolf a pour la première fois été observé dans l'#atmosphère d'une planète - en l'occurence, l'ionosphère de la planète #Mars. Les données acquises par la sonde #MAVEN (Mars Atmosphere and Volatile Evolution) de la NASA ont montré que, lors d'une forte tempête solaire, les nombreuses #particules chargées électriquement qui la composent subissaient une #compression et se répartissaient dans l'atmosphère martienne.

    science.nasa.gov/missions/mave

  21. Découvert en 1976, l'effet Zwan-Wolf a pour la première fois été observé dans l'#atmosphère d'une planète - en l'occurence, l'ionosphère de la planète #Mars. Les données acquises par la sonde #MAVEN (Mars Atmosphere and Volatile Evolution) de la NASA ont montré que, lors d'une forte tempête solaire, les nombreuses #particules chargées électriquement qui la composent subissaient une #compression et se répartissaient dans l'atmosphère martienne.

    science.nasa.gov/missions/mave

  22. Découvert en 1976, l'effet Zwan-Wolf a pour la première fois été observé dans l'#atmosphère d'une planète - en l'occurence, l'ionosphère de la planète #Mars. Les données acquises par la sonde #MAVEN (Mars Atmosphere and Volatile Evolution) de la NASA ont montré que, lors d'une forte tempête solaire, les nombreuses #particules chargées électriquement qui la composent subissaient une #compression et se répartissaient dans l'atmosphère martienne.

    science.nasa.gov/missions/mave

  23. Découvert en 1976, l'effet Zwan-Wolf a pour la première fois été observé dans l'#atmosphère d'une planète - en l'occurence, l'ionosphère de la planète #Mars. Les données acquises par la sonde #MAVEN (Mars Atmosphere and Volatile Evolution) de la NASA ont montré que, lors d'une forte tempête solaire, les nombreuses #particules chargées électriquement qui la composent subissaient une #compression et se répartissaient dans l'atmosphère martienne.

    science.nasa.gov/missions/mave

  24. Découvert en 1976, l'effet Zwan-Wolf a pour la première fois été observé dans l'#atmosphère d'une planète - en l'occurence, l'ionosphère de la planète #Mars. Les données acquises par la sonde #MAVEN (Mars Atmosphere and Volatile Evolution) de la NASA ont montré que, lors d'une forte tempête solaire, les nombreuses #particules chargées électriquement qui la composent subissaient une #compression et se répartissaient dans l'atmosphère martienne.

    science.nasa.gov/missions/mave

  25. FROM MARS WITH LOVE, PERCY
    22/2026

    🤖 PERSEVERANCE
    📆 Mission Sol: 1872
    🏎️ Latest Drive Sol: 1867
    🚩 Total Distance: 41.99 km
    📈 Past 7 Days: 7 m

    Local Conditions:
    📆 Sol 546, Mars Year 38
    🌪️ Season: Winter
    🕙 LTST: 10:35 (Midday)
    🌍 Earth UTC: 03:00

    🌡️ Air Temp: -61°C / -78°F
    🌡️ Surface Temp: -19°C / -1°F
    🌬️ Wind: 9.6 km/h W
    📉 Pressure: 7.3 hPa

    #Perseverance #Mars #JezeroCrater #Space

  26. Being bored is technically a state of high brain arousal, not low energy #PsychologyFacts #Mind Did you know this? #Mars #Cosmos #FunFact #Astronomy

  27. Being bored is technically a state of high brain arousal, not low energy #PsychologyFacts #Mind Did you know this? #Mars #Cosmos #FunFact #Astronomy

  28. Being bored is technically a state of high brain arousal, not low energy #PsychologyFacts #Mind Did you know this? #Mars #Cosmos #FunFact #Astronomy

  29. Being bored is technically a state of high brain arousal, not low energy #PsychologyFacts #Mind Did you know this? #Mars #Cosmos #FunFact #Astronomy