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#oceanworlds — Public Fediverse posts

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

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  1. Subsurface Oceans on Icy Moons Could Experience Boiling Due to Tidal Heating

    📰 Original title: Hidden oceans on icy moons may be boiling beneath the surface

    🤖 IA: It's not clickbait ✅
    👥 Usuarios: It's not clickbait ✅

    View full AI summary: killbait.com/en/subsurface-oce

    #astronomy #icymoons #oceanworlds #tidalheating

  2. Subsurface Oceans on Icy Moons Could Experience Boiling Due to Tidal Heating

    📰 Original title: Hidden oceans on icy moons may be boiling beneath the surface

    🤖 IA: It's not clickbait ✅
    👥 Usuarios: It's not clickbait ✅

    View full AI summary: killbait.com/en/subsurface-oce

    #astronomy #icymoons #oceanworlds #tidalheating

  3. Subsurface Oceans on Icy Moons Could Experience Boiling Due to Tidal Heating

    📰 Original title: Hidden oceans on icy moons may be boiling beneath the surface

    🤖 IA: It's not clickbait ✅
    👥 Usuarios: It's not clickbait ✅

    View full AI summary: killbait.com/en/subsurface-oce

    #astronomy #icymoons #oceanworlds #tidalheating

  4. Subsurface Oceans on Icy Moons Could Experience Boiling Due to Tidal Heating

    📰 Original title: Hidden oceans on icy moons may be boiling beneath the surface

    🤖 IA: It's not clickbait ✅
    👥 Usuarios: It's not clickbait ✅

    View full AI summary: killbait.com/en/subsurface-oce

    #astronomy #icymoons #oceanworlds #tidalheating

  5. Subsurface Oceans on Icy Moons Could Experience Boiling Due to Tidal Heating

    📰 Original title: Hidden oceans on icy moons may be boiling beneath the surface

    🤖 IA: It's not clickbait ✅
    👥 Usuarios: It's not clickbait ✅

    View full AI summary: killbait.com/en/subsurface-oce

    #astronomy #icymoons #oceanworlds #tidalheating

  6. Next #SETILive: The Hidden Ocean of Ariel
    TODAY, 23 October, 11 am PDT / 2 pm EDT

    Uranus’s moon Ariel shows fractures that may record the rise and fall of a 100-mile-deep subsurface ocean.

    This week on SETI Live, host Beth Johnson talks with Caleb Strom (UND) and Alex Pathoff (PSI) about what the data reveal.

    #PlanetaryScience #OceanWorlds #Ariel #Space #Science

    WATCH LIVE: youtube.com/live/1OJJnIt9G0U

  7. Next #SETILive: The Hidden Ocean of Ariel
    TODAY, 23 October, 11 am PDT / 2 pm EDT

    Uranus’s moon Ariel shows fractures that may record the rise and fall of a 100-mile-deep subsurface ocean.

    This week on SETI Live, host Beth Johnson talks with Caleb Strom (UND) and Alex Pathoff (PSI) about what the data reveal.

    #PlanetaryScience #OceanWorlds #Ariel #Space #Science

    WATCH LIVE: youtube.com/live/1OJJnIt9G0U

  8. Next #SETILive: The Hidden Ocean of Ariel
    TODAY, 23 October, 11 am PDT / 2 pm EDT

    Uranus’s moon Ariel shows fractures that may record the rise and fall of a 100-mile-deep subsurface ocean.

    This week on SETI Live, host Beth Johnson talks with Caleb Strom (UND) and Alex Pathoff (PSI) about what the data reveal.

    #PlanetaryScience #OceanWorlds #Ariel #Space #Science

    WATCH LIVE: youtube.com/live/1OJJnIt9G0U

  9. Next #SETILive: The Hidden Ocean of Ariel
    TODAY, 23 October, 11 am PDT / 2 pm EDT

    Uranus’s moon Ariel shows fractures that may record the rise and fall of a 100-mile-deep subsurface ocean.

    This week on SETI Live, host Beth Johnson talks with Caleb Strom (UND) and Alex Pathoff (PSI) about what the data reveal.

    #PlanetaryScience #OceanWorlds #Ariel #Space #Science

    WATCH LIVE: youtube.com/live/1OJJnIt9G0U

  10. Next #SETILive: The Hidden Ocean of Ariel
    TODAY, 23 October, 11 am PDT / 2 pm EDT

    Uranus’s moon Ariel shows fractures that may record the rise and fall of a 100-mile-deep subsurface ocean.

    This week on SETI Live, host Beth Johnson talks with Caleb Strom (UND) and Alex Pathoff (PSI) about what the data reveal.

    #PlanetaryScience #OceanWorlds #Ariel #Space #Science

    WATCH LIVE: youtube.com/live/1OJJnIt9G0U

  11. In 5AM STORYTALK’s latest podcast, Kevin Peter Hand – director of the NASA JPL’s Ocean Worlds Lab and real-life adventurer – discusses the search for life in our outer solar system, the intersection of art and science, and why he's optimistic about our future (no, really).

    #NASA #JPL #OceanWorlds #Europa #extraterrestriallife #exploration #podcastepisode #podcast #arttalk #art #writingcommunity

    colehaddon.substack.com/p/podc

  12. In 5AM STORYTALK’s latest podcast, Kevin Peter Hand – director of the NASA JPL’s Ocean Worlds Lab and real-life adventurer – discusses the search for life in our outer solar system, the intersection of art and science, and why he's optimistic about our future (no, really).

    #NASA #JPL #OceanWorlds #Europa #extraterrestriallife #exploration #podcastepisode #podcast #arttalk #art #writingcommunity

    colehaddon.substack.com/p/podc

  13. In 5AM STORYTALK’s latest podcast, Kevin Peter Hand – director of the NASA JPL’s Ocean Worlds Lab and real-life adventurer – discusses the search for life in our outer solar system, the intersection of art and science, and why he's optimistic about our future (no, really).

    #NASA #JPL #OceanWorlds #Europa #extraterrestriallife #exploration #podcastepisode #podcast #arttalk #art #writingcommunity

    colehaddon.substack.com/p/podc

  14. In 5AM STORYTALK’s latest podcast, Kevin Peter Hand – director of the NASA JPL’s Ocean Worlds Lab and real-life adventurer – discusses the search for life in our outer solar system, the intersection of art and science, and why he's optimistic about our future (no, really).

    #NASA #JPL #OceanWorlds #Europa #extraterrestriallife #exploration #podcastepisode #podcast #arttalk #art #writingcommunity

    colehaddon.substack.com/p/podc

  15. In 5AM STORYTALK’s latest podcast, Kevin Peter Hand – director of the NASA JPL’s Ocean Worlds Lab and real-life adventurer – discusses the search for life in our outer solar system, the intersection of art and science, and why he's optimistic about our future (no, really).

    #NASA #JPL #OceanWorlds #Europa #extraterrestriallife #exploration #podcastepisode #podcast #arttalk #art #writingcommunity

    colehaddon.substack.com/p/podc

  16. Weird oxygen production from metal nodules at the bottom of the ocean.

    Link to summary article: nature.com/articles/d41586-024.

    The authors found oxygen getting produced at the bottom of the ocean. They thought it was from instrument or experimental hiccups...but no, it's real.

    So what's going on? And what are the implications for #astrobiology in the deep oceans of the #OceanWorlds ?

    [Thread]

  17. Weird oxygen production from metal nodules at the bottom of the ocean.

    Link to summary article: nature.com/articles/d41586-024.

    The authors found oxygen getting produced at the bottom of the ocean. They thought it was from instrument or experimental hiccups...but no, it's real.

    So what's going on? And what are the implications for #astrobiology in the deep oceans of the #OceanWorlds ?

    [Thread]

  18. Weird oxygen production from metal nodules at the bottom of the ocean.

    Link to summary article: nature.com/articles/d41586-024.

    The authors found oxygen getting produced at the bottom of the ocean. They thought it was from instrument or experimental hiccups...but no, it's real.

    So what's going on? And what are the implications for #astrobiology in the deep oceans of the #OceanWorlds ?

    [Thread]

  19. Weird oxygen production from metal nodules at the bottom of the ocean.

    Link to summary article: nature.com/articles/d41586-024.

    The authors found oxygen getting produced at the bottom of the ocean. They thought it was from instrument or experimental hiccups...but no, it's real.

    So what's going on? And what are the implications for #astrobiology in the deep oceans of the #OceanWorlds ?

    [Thread]

  20. Weird oxygen production from metal nodules at the bottom of the ocean.

    Link to summary article: nature.com/articles/d41586-024.

    The authors found oxygen getting produced at the bottom of the ocean. They thought it was from instrument or experimental hiccups...but no, it's real.

    So what's going on? And what are the implications for #astrobiology in the deep oceans of the #OceanWorlds ?

    [Thread]

  21. One of the big questions about the histories of #Pluto and #Triton is if they once had and potentially could now have internal liquid water oceans. The discovery of such #oceanworlds in our solar system have opened up a new field of #astrobiology.

  22. One of the big questions about the histories of #Pluto and #Triton is if they once had and potentially could now have internal liquid water oceans. The discovery of such #oceanworlds in our solar system have opened up a new field of #astrobiology.

  23. One of the big questions about the histories of #Pluto and #Triton is if they once had and potentially could now have internal liquid water oceans. The discovery of such #oceanworlds in our solar system have opened up a new field of #astrobiology.

  24. One of the big questions about the histories of #Pluto and #Triton is if they once had and potentially could now have internal liquid water oceans. The discovery of such #oceanworlds in our solar system have opened up a new field of #astrobiology.

  25. One of the big questions about the histories of #Pluto and #Triton is if they once had and potentially could now have internal liquid water oceans. The discovery of such #oceanworlds in our solar system have opened up a new field of #astrobiology.

  26. For #OceanWorlds deep oceanic moleculrs, would we expect same chiral throw? If they are just water extracted meteorite material, maybe same.

    To try to understand all this, it's key to understand the exact processes and inventories of molecules from primordial bodies: asteroids, comets, etc.

    And this is why getting samples like OSIRIS-REX just delivered is so useful. It will be exciting to see what they discover, and cross-compare with Hayabusa analysis. Same, or different?

    Exciting!

    [End]

  27. For #OceanWorlds deep oceanic moleculrs, would we expect same chiral throw? If they are just water extracted meteorite material, maybe same.

    To try to understand all this, it's key to understand the exact processes and inventories of molecules from primordial bodies: asteroids, comets, etc.

    And this is why getting samples like OSIRIS-REX just delivered is so useful. It will be exciting to see what they discover, and cross-compare with Hayabusa analysis. Same, or different?

    Exciting!

    [End]

  28. For #OceanWorlds deep oceanic moleculrs, would we expect same chiral throw? If they are just water extracted meteorite material, maybe same.

    To try to understand all this, it's key to understand the exact processes and inventories of molecules from primordial bodies: asteroids, comets, etc.

    And this is why getting samples like OSIRIS-REX just delivered is so useful. It will be exciting to see what they discover, and cross-compare with Hayabusa analysis. Same, or different?

    Exciting!

    [End]

  29. For #OceanWorlds deep oceanic moleculrs, would we expect same chiral throw? If they are just water extracted meteorite material, maybe same.

    To try to understand all this, it's key to understand the exact processes and inventories of molecules from primordial bodies: asteroids, comets, etc.

    And this is why getting samples like OSIRIS-REX just delivered is so useful. It will be exciting to see what they discover, and cross-compare with Hayabusa analysis. Same, or different?

    Exciting!

    [End]

  30. For #OceanWorlds deep oceanic moleculrs, would we expect same chiral throw? If they are just water extracted meteorite material, maybe same.

    To try to understand all this, it's key to understand the exact processes and inventories of molecules from primordial bodies: asteroids, comets, etc.

    And this is why getting samples like OSIRIS-REX just delivered is so useful. It will be exciting to see what they discover, and cross-compare with Hayabusa analysis. Same, or different?

    Exciting!

    [End]

  31. As part of our Network for #OceanWorlds retreat, we had a lab day where we collected samples off the dock and used the laboratory facilities of the Wrigley Marine Science center.

    (Stay tuned, in this thread there will be an important implication for #astrobiology)

    Thread on marine lab day.

    Here we are lowering a plankton collection net into the water near the dock.

  32. As part of our Network for #OceanWorlds retreat, we had a lab day where we collected samples off the dock and used the laboratory facilities of the Wrigley Marine Science center.

    (Stay tuned, in this thread there will be an important implication for #astrobiology)

    Thread on marine lab day.

    Here we are lowering a plankton collection net into the water near the dock.

  33. As part of our Network for #OceanWorlds retreat, we had a lab day where we collected samples off the dock and used the laboratory facilities of the Wrigley Marine Science center.

    (Stay tuned, in this thread there will be an important implication for #astrobiology)

    Thread on marine lab day.

    Here we are lowering a plankton collection net into the water near the dock.

  34. As part of our Network for #OceanWorlds retreat, we had a lab day where we collected samples off the dock and used the laboratory facilities of the Wrigley Marine Science center.

    (Stay tuned, in this thread there will be an important implication for #astrobiology)

    Thread on marine lab day.

    Here we are lowering a plankton collection net into the water near the dock.

  35. As part of our Network for #OceanWorlds retreat, we had a lab day where we collected samples off the dock and used the laboratory facilities of the Wrigley Marine Science center.

    (Stay tuned, in this thread there will be an important implication for #astrobiology)

    Thread on marine lab day.

    Here we are lowering a plankton collection net into the water near the dock.

  36. The Network for Ocean Worlds has an excellent YouTube channel with presentations from their lecture series.

    (Full disclosure: I was one of the presenters on life in Deep Ice and was also a member the next year of the selection committee.)

    NOW RCN Youtube channel: youtube.com/@NOWRCN

    #OceanWorlds
    #Astrobiology

  37. The Network for Ocean Worlds has an excellent YouTube channel with presentations from their lecture series.

    (Full disclosure: I was one of the presenters on life in Deep Ice and was also a member the next year of the selection committee.)

    NOW RCN Youtube channel: youtube.com/@NOWRCN

    #OceanWorlds
    #Astrobiology