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#deimos β€” Public Fediverse posts

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

  1. πŸ‡―πŸ‡΅ #MMX will launch* in πŸ“† 2026 and enter #Mars πŸ”΄ orbit a year later. It will deploy a small #German and #French-built rover which will travel around #Phobos for at least 100 days. Once MMX collects its samples, it will lift off, leave Mars in 2030 and return to Earth in 2031 planetary.org/space-missions/m

    * πŸš€ no earlier than October nextspaceflight.com/launches/d

    #Japan #Martian #Moons #eXploration #Deimos

  2. πŸ‡―πŸ‡΅ #MMX will launch* in πŸ“† 2026 and enter #Mars πŸ”΄ orbit a year later. It will deploy a small #German and #French-built rover which will travel around #Phobos for at least 100 days. Once MMX collects its samples, it will lift off, leave Mars in 2030 and return to Earth in 2031 planetary.org/space-missions/m

    * πŸš€ no earlier than October nextspaceflight.com/launches/d

    #Japan #Martian #Moons #eXploration #Deimos

  3. πŸ‡―πŸ‡΅ #MMX will launch* in πŸ“† 2026 and enter #Mars πŸ”΄ orbit a year later. It will deploy a small #German and #French-built rover which will travel around #Phobos for at least 100 days. Once MMX collects its samples, it will lift off, leave Mars in 2030 and return to Earth in 2031 planetary.org/space-missions/m

    * πŸš€ no earlier than October nextspaceflight.com/launches/d

    #Japan #Martian #Moons #eXploration #Deimos

  4. πŸ‡―πŸ‡΅ #MMX will launch* in πŸ“† 2026 and enter #Mars πŸ”΄ orbit a year later. It will deploy a small #German and #French-built rover which will travel around #Phobos for at least 100 days. Once MMX collects its samples, it will lift off, leave Mars in 2030 and return to Earth in 2031 planetary.org/space-missions/m

    * πŸš€ no earlier than October nextspaceflight.com/launches/d

    #Japan #Martian #Moons #eXploration #Deimos

  5. πŸ‡―πŸ‡΅ #MMX will launch* in πŸ“† 2026 and enter #Mars πŸ”΄ orbit a year later. It will deploy a small #German and #French-built rover which will travel around #Phobos for at least 100 days. Once MMX collects its samples, it will lift off, leave Mars in 2030 and return to Earth in 2031 planetary.org/space-missions/m

    * πŸš€ no earlier than October nextspaceflight.com/launches/d

    #Japan #Martian #Moons #eXploration #Deimos

  6. Behold, the magical #DeiMOS πŸ§™β€β™‚οΈ, a #superoptimizer that masquerades as the messiah of MOS 6502 #code #efficiency. In reality, it's a lethargic snail 🐌, spending eons to find the "optimal" sequence that no one has the patience for. Why wait for DeiMOS when you can just let your code run until the universe ends? πŸš€βœ¨
    aransentin.github.io/deimos/ #MOS6502 #sluggish #performance #coding #humor #HackerNews #ngated

  7. Behold, the magical #DeiMOS πŸ§™β€β™‚οΈ, a #superoptimizer that masquerades as the messiah of MOS 6502 #code #efficiency. In reality, it's a lethargic snail 🐌, spending eons to find the "optimal" sequence that no one has the patience for. Why wait for DeiMOS when you can just let your code run until the universe ends? πŸš€βœ¨
    aransentin.github.io/deimos/ #MOS6502 #sluggish #performance #coding #humor #HackerNews #ngated

  8. Behold, the magical #DeiMOS πŸ§™β€β™‚οΈ, a #superoptimizer that masquerades as the messiah of MOS 6502 #code #efficiency. In reality, it's a lethargic snail 🐌, spending eons to find the "optimal" sequence that no one has the patience for. Why wait for DeiMOS when you can just let your code run until the universe ends? πŸš€βœ¨
    aransentin.github.io/deimos/ #MOS6502 #sluggish #performance #coding #humor #HackerNews #ngated

  9. Behold, the magical #DeiMOS πŸ§™β€β™‚οΈ, a #superoptimizer that masquerades as the messiah of MOS 6502 #code #efficiency. In reality, it's a lethargic snail 🐌, spending eons to find the "optimal" sequence that no one has the patience for. Why wait for DeiMOS when you can just let your code run until the universe ends? πŸš€βœ¨
    aransentin.github.io/deimos/ #MOS6502 #sluggish #performance #coding #humor #HackerNews #ngated

  10. Behold, the magical #DeiMOS πŸ§™β€β™‚οΈ, a #superoptimizer that masquerades as the messiah of MOS 6502 #code #efficiency. In reality, it's a lethargic snail 🐌, spending eons to find the "optimal" sequence that no one has the patience for. Why wait for DeiMOS when you can just let your code run until the universe ends? πŸš€βœ¨
    aransentin.github.io/deimos/ #MOS6502 #sluggish #performance #coding #humor #HackerNews #ngated

  11. Simultaneous Double Transits of #Phobos and #Deimos as Seen from the Martian Surface - A Millennium Catalogue: arxiv.org/abs/2602.18513 -> "The next observable partial double transit, excluding less prominent grazing events, is predicted for 2034 April 17. The next full double transit, with both moons wholly inside the solar disc, with a gap between each silhouette and the solar limb, occurs on 2118 November 20." #Mars

  12. Simultaneous Double Transits of #Phobos and #Deimos as Seen from the Martian Surface - A Millennium Catalogue: arxiv.org/abs/2602.18513 -> "The next observable partial double transit, excluding less prominent grazing events, is predicted for 2034 April 17. The next full double transit, with both moons wholly inside the solar disc, with a gap between each silhouette and the solar limb, occurs on 2118 November 20." #Mars

  13. Simultaneous Double Transits of #Phobos and #Deimos as Seen from the Martian Surface - A Millennium Catalogue: arxiv.org/abs/2602.18513 -> "The next observable partial double transit, excluding less prominent grazing events, is predicted for 2034 April 17. The next full double transit, with both moons wholly inside the solar disc, with a gap between each silhouette and the solar limb, occurs on 2118 November 20." #Mars

  14. Simultaneous Double Transits of #Phobos and #Deimos as Seen from the Martian Surface - A Millennium Catalogue: arxiv.org/abs/2602.18513 -> "The next observable partial double transit, excluding less prominent grazing events, is predicted for 2034 April 17. The next full double transit, with both moons wholly inside the solar disc, with a gap between each silhouette and the solar limb, occurs on 2118 November 20." #Mars

  15. Simultaneous Double Transits of #Phobos and #Deimos as Seen from the Martian Surface - A Millennium Catalogue: arxiv.org/abs/2602.18513 -> "The next observable partial double transit, excluding less prominent grazing events, is predicted for 2034 April 17. The next full double transit, with both moons wholly inside the solar disc, with a gap between each silhouette and the solar limb, occurs on 2118 November 20." #Mars

  16. This photo from the Perseverance rover captured in early March, may be my favorite Mars image from this year.

    It shows Mars' smaller moon Deimos over the hills of the Nili Planum region in the dark skies before dawn. πŸ”­

    Full res: flic.kr/p/2rwUwV7

    Credit: NASA/JPL-Caltech/Simeon Schmauß

  17. This photo from the Perseverance rover captured in early March, may be my favorite Mars image from this year.

    It shows Mars' smaller moon Deimos over the hills of the Nili Planum region in the dark skies before dawn. πŸ”­

    Full res: flic.kr/p/2rwUwV7

    Credit: NASA/JPL-Caltech/Simeon Schmauß

    #Perseverance #NASA #Mars #Mars2020 #Solarocks #Deimos #twilight

  18. This photo from the Perseverance rover captured in early March, may be my favorite Mars image from this year.

    It shows Mars' smaller moon Deimos over the hills of the Nili Planum region in the dark skies before dawn. πŸ”­

    Full res: flic.kr/p/2rwUwV7

    Credit: NASA/JPL-Caltech/Simeon Schmauß

    #Perseverance #NASA #Mars #Mars2020 #Solarocks #Deimos #twilight

  19. This photo from the Perseverance rover captured in early March, may be my favorite Mars image from this year.

    It shows Mars' smaller moon Deimos over the hills of the Nili Planum region in the dark skies before dawn. πŸ”­

    Full res: flic.kr/p/2rwUwV7

    Credit: NASA/JPL-Caltech/Simeon Schmauß

    #Perseverance #NASA #Mars #Mars2020 #Solarocks #Deimos #twilight

  20. This photo from the Perseverance rover captured in early March, may be my favorite Mars image from this year.

    It shows Mars' smaller moon Deimos over the hills of the Nili Planum region in the dark skies before dawn. πŸ”­

    Full res: flic.kr/p/2rwUwV7

    Credit: NASA/JPL-Caltech/Simeon Schmauß

    #Perseverance #NASA #Mars #Mars2020 #Solarocks #Deimos #twilight