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#dps2023 — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #dps2023, aggregated by home.social.

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  1. WHOA this talk is all about shooting incredibly fast projectiles at granite spheres and aluminum plates to learn about how debris flies off impacted asteroids. #DPS2023

    (But now I have to hang out on Zoom and wait for panicked students to ask me questions during the online exam. SIGH.)

  2. WHOA this talk is all about shooting incredibly fast projectiles at granite spheres and aluminum plates to learn about how debris flies off impacted asteroids. #DPS2023

    (But now I have to hang out on Zoom and wait for panicked students to ask me questions during the online exam. SIGH.)

  3. WHOA this talk is all about shooting incredibly fast projectiles at granite spheres and aluminum plates to learn about how debris flies off impacted asteroids. #DPS2023

    (But now I have to hang out on Zoom and wait for panicked students to ask me questions during the online exam. SIGH.)

  4. WHOA this talk is all about shooting incredibly fast projectiles at granite spheres and aluminum plates to learn about how debris flies off impacted asteroids. #DPS2023

    (But now I have to hang out on Zoom and wait for panicked students to ask me questions during the online exam. SIGH.)

  5. WHOA this talk is all about shooting incredibly fast projectiles at granite spheres and aluminum plates to learn about how debris flies off impacted asteroids. #DPS2023

    (But now I have to hang out on Zoom and wait for panicked students to ask me questions during the online exam. SIGH.)

  6. Haha! The #DPS2023 speaker just said that the biggest piece of the meter-sized NEO that hit the ground in Ontario a few months ago is likely in a vineyard. So, your best bet to finding it is to keep buying Ontario wine.

  7. Haha! The #DPS2023 speaker just said that the biggest piece of the meter-sized NEO that hit the ground in Ontario a few months ago is likely in a vineyard. So, your best bet to finding it is to keep buying Ontario wine.

  8. Haha! The #DPS2023 speaker just said that the biggest piece of the meter-sized NEO that hit the ground in Ontario a few months ago is likely in a vineyard. So, your best bet to finding it is to keep buying Ontario wine.

  9. Haha! The #DPS2023 speaker just said that the biggest piece of the meter-sized NEO that hit the ground in Ontario a few months ago is likely in a vineyard. So, your best bet to finding it is to keep buying Ontario wine.

  10. Haha! The #DPS2023 speaker just said that the biggest piece of the meter-sized NEO that hit the ground in Ontario a few months ago is likely in a vineyard. So, your best bet to finding it is to keep buying Ontario wine.

  11. One last presentation from #DPSEPSC2023 / #DPS2023 to highlight:

    Maria Camarca et al. present millimeter maps of Callisto from @almaobs - submissions.mirasmart.com/DPS5.

    Katherine de Kleer's group are doing a lot of very interesting work.

  12. One last presentation from #DPSEPSC2023 / #DPS2023 to highlight:

    Maria Camarca et al. present millimeter maps of Callisto from @almaobs - submissions.mirasmart.com/DPS5.

    Katherine de Kleer's group are doing a lot of very interesting work.

  13. One last presentation from #DPSEPSC2023 / #DPS2023 to highlight:

    Maria Camarca et al. present millimeter maps of Callisto from @almaobs - submissions.mirasmart.com/DPS5.

    Katherine de Kleer's group are doing a lot of very interesting work.

  14. One last presentation from #DPSEPSC2023 / #DPS2023 to highlight:

    Maria Camarca et al. present millimeter maps of Callisto from @almaobs - submissions.mirasmart.com/DPS5.

    Katherine de Kleer's group are doing a lot of very interesting work.

  15. One last presentation from #DPSEPSC2023 / #DPS2023 to highlight:

    Maria Camarca et al. present millimeter maps of Callisto from @almaobs - submissions.mirasmart.com/DPS5.

    Katherine de Kleer's group are doing a lot of very interesting work.

  16. Combining #TeamRadar observations with infrared data:

    MacLennan, Muinonen, & Virkki present a mass estimate for Squannit, the satellite of near-Earth asteroid Moshup (also known as 1999 KW4): submissions.mirasmart.com/DPS5

    #DPSEPSC2023 / #DPS2023

  17. Combining #TeamRadar observations with infrared data:

    MacLennan, Muinonen, & Virkki present a mass estimate for Squannit, the satellite of near-Earth asteroid Moshup (also known as 1999 KW4): submissions.mirasmart.com/DPS5

    #DPSEPSC2023 / #DPS2023

  18. Combining #TeamRadar observations with infrared data:

    MacLennan, Muinonen, & Virkki present a mass estimate for Squannit, the satellite of near-Earth asteroid Moshup (also known as 1999 KW4): submissions.mirasmart.com/DPS5

    #DPSEPSC2023 / #DPS2023

  19. Combining #TeamRadar observations with infrared data:

    MacLennan, Muinonen, & Virkki present a mass estimate for Squannit, the satellite of near-Earth asteroid Moshup (also known as 1999 KW4): submissions.mirasmart.com/DPS5

    #DPSEPSC2023 / #DPS2023

  20. Combining #TeamRadar observations with infrared data:

    MacLennan, Muinonen, & Virkki present a mass estimate for Squannit, the satellite of near-Earth asteroid Moshup (also known as 1999 KW4): submissions.mirasmart.com/DPS5

    #DPSEPSC2023 / #DPS2023

  21. Neat statement about planet formation from #DPS2023: Around small stars, you don't expect large planets because you run out of gas in the disk quickly. And around big stars, so don't expect large planets because you run out of time (the stars destroy their disks before large planets can form)

  22. Neat statement about planet formation from #DPS2023: Around small stars, you don't expect large planets because you run out of gas in the disk quickly. And around big stars, so don't expect large planets because you run out of time (the stars destroy their disks before large planets can form)

  23. Neat statement about planet formation from #DPS2023: Around small stars, you don't expect large planets because you run out of gas in the disk quickly. And around big stars, so don't expect large planets because you run out of time (the stars destroy their disks before large planets can form)

  24. Neat statement about planet formation from #DPS2023: Around small stars, you don't expect large planets because you run out of gas in the disk quickly. And around big stars, so don't expect large planets because you run out of time (the stars destroy their disks before large planets can form)

  25. Neat statement about planet formation from #DPS2023: Around small stars, you don't expect large planets because you run out of gas in the disk quickly. And around big stars, so don't expect large planets because you run out of time (the stars destroy their disks before large planets can form)

  26. The #DPS2023 prize talk right now is about an ongoing project to carefully image each of the giant planets with Hubble at least once a year and watch for changes. It's SUPER beautiful and interesting, and I'm reminded of this comic that summarizes how freaking cool Saturn is: smbc-comics.com/comic/2010-07-

  27. The #DPS2023 prize talk right now is about an ongoing project to carefully image each of the giant planets with Hubble at least once a year and watch for changes. It's SUPER beautiful and interesting, and I'm reminded of this comic that summarizes how freaking cool Saturn is: smbc-comics.com/comic/2010-07-

  28. The #DPS2023 prize talk right now is about an ongoing project to carefully image each of the giant planets with Hubble at least once a year and watch for changes. It's SUPER beautiful and interesting, and I'm reminded of this comic that summarizes how freaking cool Saturn is: smbc-comics.com/comic/2010-07-

  29. The #DPS2023 prize talk right now is about an ongoing project to carefully image each of the giant planets with Hubble at least once a year and watch for changes. It's SUPER beautiful and interesting, and I'm reminded of this comic that summarizes how freaking cool Saturn is: smbc-comics.com/comic/2010-07-

  30. The #DPS2023 prize talk right now is about an ongoing project to carefully image each of the giant planets with Hubble at least once a year and watch for changes. It's SUPER beautiful and interesting, and I'm reminded of this comic that summarizes how freaking cool Saturn is: smbc-comics.com/comic/2010-07-

  31. Crazy #DPS2023 statement of the morning that is true: there is a planet somewhere in the Galaxy that gets eaten by its star about once a decade (as the star loses orbital energy due to tides and spirals inwards). Whoa.

  32. Crazy #DPS2023 statement of the morning that is true: there is a planet somewhere in the Galaxy that gets eaten by its star about once a decade (as the star loses orbital energy due to tides and spirals inwards). Whoa.

  33. Crazy #DPS2023 statement of the morning that is true: there is a planet somewhere in the Galaxy that gets eaten by its star about once a decade (as the star loses orbital energy due to tides and spirals inwards). Whoa.

  34. Crazy #DPS2023 statement of the morning that is true: there is a planet somewhere in the Galaxy that gets eaten by its star about once a decade (as the star loses orbital energy due to tides and spirals inwards). Whoa.

  35. Crazy #DPS2023 statement of the morning that is true: there is a planet somewhere in the Galaxy that gets eaten by its star about once a decade (as the star loses orbital energy due to tides and spirals inwards). Whoa.