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Universe Today Podcast

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Public feed with [Space Bites+], [Q&A+], [Interview+] and other episodes. Free for everyone.
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Public feed with [Space Bites+], [Q&A+], [Interview+] and other episodes. Free for everyone.
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BONUS QUESTION STARTS AT 16:01

Watch the video here (with no ads) or on YouTube: https://youtu.be/xxUV3w5rrfE

Should we just wait and let Alpha Centauri get closer? Which will happen first, antimatter propulsion or fusion power? What are the consequences of crashing rockets into the ocean? And in Q&A+, can we detect magnetic fields of planets being torn by black holes?

  • 00:00 Intro

  • 00:26 [@geohondo] Are there consequences for crashing a rocket in the ocean?

  • 05:24 [@GadZookz] Do we have to wait 5000 years to send humans to Alpha Centauri when it will be a lot closer?

  • 11:21 [@fermis1proponant] Anti matter power first or Fusion?

  • 16:01 [@brendafrye8048] When a planet is gobbled up by a black hole would the planetary magnetic field be measurable as it is destroyed?

  • 19:16 SpaceX coverage

More description

BONUS QUESTION STARTS AT 16:01

Watch the video here (with no ads) or on YouTube: https://youtu.be/xxUV3w5rrfE

Should we just wait and let Alpha Centauri get closer? Which will happen first, antimatter propulsion or fusion power? What are the consequences of crashing rockets into the ocean? And in Q&A+, can we detect magnetic fields of planets being torn by black holes?

  • 00:00 Intro

  • 00:26 [@geohondo] Are there consequences for crashing a rocket in the ocean?

  • 05:24 [@GadZookz] Do we have to wait 5000 years to send humans to Alpha Centauri when it will be a lot closer?

  • 11:21 [@fermis1proponant] Anti matter power first or Fusion?

  • 16:01 [@brendafrye8048] When a planet is gobbled up by a black hole would the planetary magnetic field be measurable as it is destroyed?

  • 19:16 SpaceX coverage

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Published 2026-06-10

[Q&A+] What Happens to the Moon Race Now?

21 min
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BONUS QUESTION STARTS AT 13:08

Watch the video here (with no ads) or on YouTube: https://youtu.be/8dVXQ2fZJ-A

With the New Glenn explosion and Starship having problems of its own, what is a realistic setback for NASA's Moon base plans? Do they need to look into alternative propulsion methods? And in Q&A+, will Europe ever catch up in space domain?

  • 00:00 Intro

  • 00:25 [@nikolapbyt] Is 2028 still a realistic target after the last Starship flight and the New Glenn explosion?

  • 09:52 [@ragetail3] Is NASA progressively looking into solar sail technology?

  • 14:13 Different types of science papers

More description

BONUS QUESTION STARTS AT 13:08

Watch the video here (with no ads) or on YouTube: https://youtu.be/8dVXQ2fZJ-A

With the New Glenn explosion and Starship having problems of its own, what is a realistic setback for NASA's Moon base plans? Do they need to look into alternative propulsion methods? And in Q&A+, will Europe ever catch up in space domain?

  • 00:00 Intro

  • 00:25 [@nikolapbyt] Is 2028 still a realistic target after the last Starship flight and the New Glenn explosion?

  • 09:52 [@ragetail3] Is NASA progressively looking into solar sail technology?

  • 14:13 Different types of science papers

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BONUS STORY STARTS AT 16:42

Watch here (with no ads) or on YouTube: https://youtu.be/OrYQ_R33BxQ

What's next for Blue Origin after the explosion? Finding overly massive black holes at the early universe. Could dark matter be made of comets? A galaxy that just isn't rotating. And in Space Bites Plus, how massive can neutron stars be? All this and more on this week's Space Bites.

More description

BONUS STORY STARTS AT 16:42

Watch here (with no ads) or on YouTube: https://youtu.be/OrYQ_R33BxQ

What's next for Blue Origin after the explosion? Finding overly massive black holes at the early universe. Could dark matter be made of comets? A galaxy that just isn't rotating. And in Space Bites Plus, how massive can neutron stars be? All this and more on this week's Space Bites.

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BONUS QUESTION STARTS AT 09:15

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  • 00:00 Intro

  • 00:52 [@paigepotter4682] What’s the last thing about space you changed your mind about?

  • 09:15 [@seanrobertson8796] I’m being sincere, maybe a bit cynical, but how do I know my telescope is actually taking the picture and not just downloading it?

  • 10:47 My media

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BONUS QUESTION STARTS AT 09:15

Watch the video here (with no ads) or on YouTube:

  • 00:00 Intro

  • 00:52 [@paigepotter4682] What’s the last thing about space you changed your mind about?

  • 09:15 [@seanrobertson8796] I’m being sincere, maybe a bit cynical, but how do I know my telescope is actually taking the picture and not just downloading it?

  • 10:47 My media

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BONUS QUESTION STARTS AT 13:51

Watch the video here (with no ads) or on YouTube: https://youtu.be/j4SunqVshNw

Ranking Solutions to the Fermi Oaradox: https://youtu.be/DFPfG413F58

What could Starship launch with its 9 meter faring? How can we possibly be ready for Mars? What happens with information in a black hole? And in Q&A+, when can we be confident that Planet 9 doesn't exist?

  • 00:00 Intro

  • 00:24 [@EdSceptic-y2e] Biosphere 2 didn't work on our hospitable planet so how are they really gonna do it on the utterly inhospitable moon or Mars?

  • 06:38 [@brettostrander1031] What payloads will Starship be able to launch?

  • 09:42 [@doogle4144] Nancy Grace Roman being on schedule

  • 11:57 [@madmillion91920110] If Hawking radiation evaporates black holes, where does the information go?

  • 13:51 [@jonnywalker-74] When will we be able safely say that planet 9 doesn't exist if we don't find it?

  • 16:13 I need your suggestions

More description

BONUS QUESTION STARTS AT 13:51

Watch the video here (with no ads) or on YouTube: https://youtu.be/j4SunqVshNw

Ranking Solutions to the Fermi Oaradox: https://youtu.be/DFPfG413F58

What could Starship launch with its 9 meter faring? How can we possibly be ready for Mars? What happens with information in a black hole? And in Q&A+, when can we be confident that Planet 9 doesn't exist?

  • 00:00 Intro

  • 00:24 [@EdSceptic-y2e] Biosphere 2 didn't work on our hospitable planet so how are they really gonna do it on the utterly inhospitable moon or Mars?

  • 06:38 [@brettostrander1031] What payloads will Starship be able to launch?

  • 09:42 [@doogle4144] Nancy Grace Roman being on schedule

  • 11:57 [@madmillion91920110] If Hawking radiation evaporates black holes, where does the information go?

  • 13:51 [@jonnywalker-74] When will we be able safely say that planet 9 doesn't exist if we don't find it?

  • 16:13 I need your suggestions

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BONUS STORY STARTS AT 20:08

Watch here (with no ads) or on YouTube: https://youtu.be/ES_2Db9WAGQ

 @NASASpaceflight  https://youtu.be/9b-ZhGB8XDc?si=g8pQDX8OHTDd4R3D  @scottmanley  https://www.youtube.com/watch?v=aaR6yEE-Myo

New Glenn Explodes, NASA leans in on a moon base. Starship makes its 12th flight. Have astronomers found a primordial black hole? And in Space Bites Plus, flying a plane through a rocket plume to measure its pollution.

More description

BONUS STORY STARTS AT 20:08

Watch here (with no ads) or on YouTube: https://youtu.be/ES_2Db9WAGQ

 @NASASpaceflight  https://youtu.be/9b-ZhGB8XDc?si=g8pQDX8OHTDd4R3D  @scottmanley  https://www.youtube.com/watch?v=aaR6yEE-Myo

New Glenn Explodes, NASA leans in on a moon base. Starship makes its 12th flight. Have astronomers found a primordial black hole? And in Space Bites Plus, flying a plane through a rocket plume to measure its pollution.

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BONUS QUESTION STARTS AT 15:05

Watch the video here (with no ads) or on YouTube: https://youtu.be/uUuhxglQwF0

Why don't they just charge the shell of the spaceship to repel radiation? What happens when something breaks the speed of light? What weird thing did James Webb recently find? And in Q&A+, what's up and what's down in space?

  • 00:00 Intro

  • 00:36 [@LBTurner56] What did JWST find recently?

  • 02:27 [@doogle4144] Can you just charge the surface of a spaceship?

  • 08:07 [@cagmuer] What happens when something breaks the speed of light?

  • 10:14 [@rebokfleetfoot] Is the Universe complex on purpose?

  • 13:29 [@Jason-Darkholm] The universe is not obligated to make sense

  • 15:05 [@Timvolleydarts] Is there an up & down in space?

  • 18:49 Why do human spaceflight?

More description

BONUS QUESTION STARTS AT 15:05

Watch the video here (with no ads) or on YouTube: https://youtu.be/uUuhxglQwF0

Why don't they just charge the shell of the spaceship to repel radiation? What happens when something breaks the speed of light? What weird thing did James Webb recently find? And in Q&A+, what's up and what's down in space?

  • 00:00 Intro

  • 00:36 [@LBTurner56] What did JWST find recently?

  • 02:27 [@doogle4144] Can you just charge the surface of a spaceship?

  • 08:07 [@cagmuer] What happens when something breaks the speed of light?

  • 10:14 [@rebokfleetfoot] Is the Universe complex on purpose?

  • 13:29 [@Jason-Darkholm] The universe is not obligated to make sense

  • 15:05 [@Timvolleydarts] Is there an up & down in space?

  • 18:49 Why do human spaceflight?

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BONUS QUESTION STARTS AT 13:00

Watch the video here (with no ads) or on YouTube: https://youtu.be/PFIJ2nw_HLI

What's going on with LIGO? Which fictional spaceship is the most realistic? How will astronauts protect themselves during long time flights? And in Q&A+, what evidence will remain if humanity vanishes tomorrow?

  • 00:00 Intro

  • 00:24 [@Hooves1] LIGO upgrades?

  • 02:13 [@JamesMcIntosh-r7j] aren't there a couple more LIGOs?

  • 03:53 [@tedkrouse8222] How do we plan to protect astronauts from radiation?

  • 07:52 [@howlmg] Can we train removing stellar contamination on the Sun?

  • 10:36 [@paigepotter4682] What fictional spaceship design feels the most realistic?

  • 13:00 [@paigepotter4682] If humanity vanished tomorrow, what would be left?

  • 14:23 Filming outside

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BONUS QUESTION STARTS AT 13:00

Watch the video here (with no ads) or on YouTube: https://youtu.be/PFIJ2nw_HLI

What's going on with LIGO? Which fictional spaceship is the most realistic? How will astronauts protect themselves during long time flights? And in Q&A+, what evidence will remain if humanity vanishes tomorrow?

  • 00:00 Intro

  • 00:24 [@Hooves1] LIGO upgrades?

  • 02:13 [@JamesMcIntosh-r7j] aren't there a couple more LIGOs?

  • 03:53 [@tedkrouse8222] How do we plan to protect astronauts from radiation?

  • 07:52 [@howlmg] Can we train removing stellar contamination on the Sun?

  • 10:36 [@paigepotter4682] What fictional spaceship design feels the most realistic?

  • 13:00 [@paigepotter4682] If humanity vanished tomorrow, what would be left?

  • 14:23 Filming outside

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BONUS STORY STARTS AT 15:32

Watch here (with no ads) or on YouTube: https://youtu.be/IQPyYFCTn5Q

Maybe Europa doesn't have plumes after all. A new way to detect dark matter. Maybe exo-venuses are more common than exo-earths. A private flight around the moon and Mars? And in Space Bites+, how the solar cycle influences space junk. All this and more in this week's Space Bites.

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BONUS STORY STARTS AT 15:32

Watch here (with no ads) or on YouTube: https://youtu.be/IQPyYFCTn5Q

Maybe Europa doesn't have plumes after all. A new way to detect dark matter. Maybe exo-venuses are more common than exo-earths. A private flight around the moon and Mars? And in Space Bites+, how the solar cycle influences space junk. All this and more in this week's Space Bites.

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BONUS QUESTION STARTS AT 12:57

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Channels mentioned:  

Timecodes

  • 00:00 Intro

  • 00:32 [@HenryWarren-b6j] Are Von Neumann probes coming soon?

  • 06:08 [@FunkyLoiso] What will it take to categorize every neighboring star?

  • 11:17 [@PokerYoda] Where are all the Vera Rubin discoveries?

  • 12:57 [@mimivirus173] Which dwarf planet humanity should explore next?

  • 14:38 My opinions

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BONUS QUESTION STARTS AT 12:57

Watch the video here (with no ads) or on YouTube: https://youtu.be/dzgbXfW2BMQ

Channels mentioned:  

Timecodes

  • 00:00 Intro

  • 00:32 [@HenryWarren-b6j] Are Von Neumann probes coming soon?

  • 06:08 [@FunkyLoiso] What will it take to categorize every neighboring star?

  • 11:17 [@PokerYoda] Where are all the Vera Rubin discoveries?

  • 12:57 [@mimivirus173] Which dwarf planet humanity should explore next?

  • 14:38 My opinions

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BONUS QUESTION STARTS AT 12:39

Watch the video here (with no ads) or on YouTube: https://youtu.be/jNGaC5ltB2E

  • 00:00 Intro

  • 00:34 [@VigoHornblower] How much science will Dragonfly do?

  • 02:39 [@SnusKing] Why can't JWST just look at all known exoplanets?

  • 08:11 [@Noonyuh] How long can Webb focus on one target?

  • 10:46 [@earthlingfire7168] Gaia data release 4 when?

  • 12:39 [@paigepotter4682] Why do Q&A+?

  • 15:02 Japan

More description

BONUS QUESTION STARTS AT 12:39

Watch the video here (with no ads) or on YouTube: https://youtu.be/jNGaC5ltB2E

  • 00:00 Intro

  • 00:34 [@VigoHornblower] How much science will Dragonfly do?

  • 02:39 [@SnusKing] Why can't JWST just look at all known exoplanets?

  • 08:11 [@Noonyuh] How long can Webb focus on one target?

  • 10:46 [@earthlingfire7168] Gaia data release 4 when?

  • 12:39 [@paigepotter4682] Why do Q&A+?

  • 15:02 Japan

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BONUS STORY STARTS AT 15:24

Watch the video here (with no ads) or on YouTube: https://youtu.be/8QJnq45tm3Q

A Kuiper Belt object with an atmosphere. The moon that became Saturn's rings. Tracking the Artemis mission from Earth. And it's Space Bites Plus, 3000 new brown doors discovered. All this and more in this week's Space Bites.

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BONUS STORY STARTS AT 15:24

Watch the video here (with no ads) or on YouTube: https://youtu.be/8QJnq45tm3Q

A Kuiper Belt object with an atmosphere. The moon that became Saturn's rings. Tracking the Artemis mission from Earth. And it's Space Bites Plus, 3000 new brown doors discovered. All this and more in this week's Space Bites.

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BONUS QUESTION STARTS AT 11:53

Watch the video here (with no ads) or on YouTube: https://youtu.be/gTTqqXj-REs

  • 00:00 Intro

  • 00:26 [@dan.sheppy7] What if we had a second Earth instead of the Moon?

  • 03:23 [@reibee1972] Will humans ever try panspermia?

  • 05:01 [@darthex0] Would fungi grow in regolith?

  • 06:50 [@rJaune] Will the Moon become the new ISS?

  • 08:45 [@tcarr925] How much light illuminates the dark side of the moon?

  • 11:53 [@webfiji7346] How to apply coding skills for astronomy?

  • 15:46

More description

BONUS QUESTION STARTS AT 11:53

Watch the video here (with no ads) or on YouTube: https://youtu.be/gTTqqXj-REs

  • 00:00 Intro

  • 00:26 [@dan.sheppy7] What if we had a second Earth instead of the Moon?

  • 03:23 [@reibee1972] Will humans ever try panspermia?

  • 05:01 [@darthex0] Would fungi grow in regolith?

  • 06:50 [@rJaune] Will the Moon become the new ISS?

  • 08:45 [@tcarr925] How much light illuminates the dark side of the moon?

  • 11:53 [@webfiji7346] How to apply coding skills for astronomy?

  • 15:46

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BONUS QUESTION STARTS AT 14:26

Watch the video here (with no ads) or on YouTube: https://youtu.be/lQDNwSAK3Z8

What would happen is a country claims Mars as their own? Will we have the Expanse scenario? What's a realistic timeline for Moon exploration? And in Q&A+, can we use those inflatable modules on the Moon?

  • 00:00 Intro

  • 00:26 [@neilvonholtum2555] What happens if a country claims Mars as their own?

  • 05:22 [@MikeD_] Isn't this the Expanse?

  • 08:05 [@GigBossMan] After 53 years how far along would we be on the Moon?

  • 14:26 [@danielwhitehouse7682] Do you think those blow up modules would work on the moon

  • 17:22 Latest UFO release

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BONUS QUESTION STARTS AT 14:26

Watch the video here (with no ads) or on YouTube: https://youtu.be/lQDNwSAK3Z8

What would happen is a country claims Mars as their own? Will we have the Expanse scenario? What's a realistic timeline for Moon exploration? And in Q&A+, can we use those inflatable modules on the Moon?

  • 00:00 Intro

  • 00:26 [@neilvonholtum2555] What happens if a country claims Mars as their own?

  • 05:22 [@MikeD_] Isn't this the Expanse?

  • 08:05 [@GigBossMan] After 53 years how far along would we be on the Moon?

  • 14:26 [@danielwhitehouse7682] Do you think those blow up modules would work on the moon

  • 17:22 Latest UFO release

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BONUS STORY starts at 15:34

Watch here (with no ads) or on YouTube: https://youtu.be/f5t09W_tdfE

Patreon Q&As https://www.patreon.com/collection/116972

Pandora interview with Dr Ben Hord https://youtu.be/96Ee8Z-sbSU

Curiosity gets a rock stuck to its drill. NASA releases over 12,000 images of the Artemis II mission. The new Pandora Space Telescope sees first light. How Io's lava lakes are hotter than we thought. And in Space Bites+, a meteorite that is very similar to the planet Mercury.

More description

BONUS STORY starts at 15:34

Watch here (with no ads) or on YouTube: https://youtu.be/f5t09W_tdfE

Patreon Q&As https://www.patreon.com/collection/116972

Pandora interview with Dr Ben Hord https://youtu.be/96Ee8Z-sbSU

Curiosity gets a rock stuck to its drill. NASA releases over 12,000 images of the Artemis II mission. The new Pandora Space Telescope sees first light. How Io's lava lakes are hotter than we thought. And in Space Bites+, a meteorite that is very similar to the planet Mercury.

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Published 2026-05-07

[Q&A+] Orbital VS Surface Lunar Bases

22 min
View

BONUS QUESTION STARTS AT 15:16

Watch the video here (with no ads) or on YouTube: https://youtu.be/VFtMBTalNMg

How hard is it to keep rocket fuel in space? Which is better, a Moon mission on the surface or in orbit? How would a space station look like in a binary planet system? And in Q&A+, could we launch a probe into a black hole?

  • 00:00 Intro

  • 00:24 [@geohondo] Is it problematic to keep rocket fuel in space for extended time?

  • 07:09 [@drewd2] Would a lunar base be more effective for reducing the cost of space exploration?

  • 09:32 [@vistotutti6037] Are we capable of launching Voyager class probes out of our solar system today?

  • 12:21 [@thelightrunner2612] Would a large space station at the barycentre of binary planets work?

  • 15:16 [@JohnnyApplleseed] What could we learn from launching a probe into a black hole?

  • 17:14 Science VS Religion

More description

BONUS QUESTION STARTS AT 15:16

Watch the video here (with no ads) or on YouTube: https://youtu.be/VFtMBTalNMg

How hard is it to keep rocket fuel in space? Which is better, a Moon mission on the surface or in orbit? How would a space station look like in a binary planet system? And in Q&A+, could we launch a probe into a black hole?

  • 00:00 Intro

  • 00:24 [@geohondo] Is it problematic to keep rocket fuel in space for extended time?

  • 07:09 [@drewd2] Would a lunar base be more effective for reducing the cost of space exploration?

  • 09:32 [@vistotutti6037] Are we capable of launching Voyager class probes out of our solar system today?

  • 12:21 [@thelightrunner2612] Would a large space station at the barycentre of binary planets work?

  • 15:16 [@JohnnyApplleseed] What could we learn from launching a probe into a black hole?

  • 17:14 Science VS Religion

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BONUS QUESTION STARTS AT 13:25

Watch the video here (with no ads) or on YouTube: https://youtu.be/5PTjLZQ7qLU

  • 00:00 Intro

  • 00:25 [@paigepotter4682] If we detected a technosignature tomorrow, what’s the first thing scientists would argue about?

  • 04:46 [@Jimdica] Could humanity fall victim of an alien infohazard?

  • 08:06 [@savr4est] Will AI find alien first?

  • 10:55 [@terryhardaway3285] Would there be a CHZ for earth sized moons around rouge brown dwarfs?

  • 13:25 [@EdSceptic-y2e] How far realistically do you think biological humans will ever get from Earth?

  • 15:46 Books I read

More description

BONUS QUESTION STARTS AT 13:25

Watch the video here (with no ads) or on YouTube: https://youtu.be/5PTjLZQ7qLU

  • 00:00 Intro

  • 00:25 [@paigepotter4682] If we detected a technosignature tomorrow, what’s the first thing scientists would argue about?

  • 04:46 [@Jimdica] Could humanity fall victim of an alien infohazard?

  • 08:06 [@savr4est] Will AI find alien first?

  • 10:55 [@terryhardaway3285] Would there be a CHZ for earth sized moons around rouge brown dwarfs?

  • 13:25 [@EdSceptic-y2e] How far realistically do you think biological humans will ever get from Earth?

  • 15:46 Books I read

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BONUS STORY STARTS AT 18:18

Watch the video here (with no ads) or on YouTube: https://youtu.be/tejYwoRqG38

New info about 3I/ATLAS, NASA tests a new high-power ion engine, did dark matter power early black hole formation, why is half the Milky Way hotter than the other? And in Space Bites+, different sources for two of Uranus moons.

More description

BONUS STORY STARTS AT 18:18

Watch the video here (with no ads) or on YouTube: https://youtu.be/tejYwoRqG38

New info about 3I/ATLAS, NASA tests a new high-power ion engine, did dark matter power early black hole formation, why is half the Milky Way hotter than the other? And in Space Bites+, different sources for two of Uranus moons.

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BONUS QUESTION STARTS AT 15:48

Watch the video here (with no ads) or on YouTube: https://youtu.be/90S24jYGtd4

Latest Patreon Q&A show: https://www.patreon.com/posts/156265102/

What did we really find on Mars? Could we find actual fossils there? How was the most detailed 3D-map of the Universe made? And in Q&A+, what's the deal with Iapetus and its huge ridge?

  • Q&A 00:00 Intro

  • 00:22 [@HanSolo__] Did we find marks of past primitive life on Mars?

  • 05:15 [@geohondo] Could we find an actual skeletal fossil on mars?

  • 07:18 [@louisnelsonsmith] How DESI works

  • 15:48 [@TheGoldishFish] Why does Saturn moon Iapetus have that huge equatorial ridge?

  • 18:03 The Q&A format

More description

BONUS QUESTION STARTS AT 15:48

Watch the video here (with no ads) or on YouTube: https://youtu.be/90S24jYGtd4

Latest Patreon Q&A show: https://www.patreon.com/posts/156265102/

What did we really find on Mars? Could we find actual fossils there? How was the most detailed 3D-map of the Universe made? And in Q&A+, what's the deal with Iapetus and its huge ridge?

  • Q&A 00:00 Intro

  • 00:22 [@HanSolo__] Did we find marks of past primitive life on Mars?

  • 05:15 [@geohondo] Could we find an actual skeletal fossil on mars?

  • 07:18 [@louisnelsonsmith] How DESI works

  • 15:48 [@TheGoldishFish] Why does Saturn moon Iapetus have that huge equatorial ridge?

  • 18:03 The Q&A format

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BONUS PART STARTS AT 24:29

Watch the video here (with no ads) or on YouTube: https://youtu.be/GfEzOHGoAuU

🟣 Guest: Amy Haft

📜 Spacecraft electrostatic tractor using a power-constrained pulsed high-energy high-current electron beam https://www.sciencedirect.com/science/article/abs/pii/S027311772600075X?via%3Dihub

The number of satellites constantly grows. As the result, space debris is becoming more and more of a concern. A new study suggests using practically real-life Star Trek tech to use an electron tractor beam to tug broken satellites around the orbit.

  • 00:00 Intro

  • 01:11 The state of space debris

  • 04:25 Satellite tractor beam

  • 14:07 Alternative applications

  • 24:29 Tracking objects via plasma trails

  • 39:23 Current obsessions

  • 44:29 Final thoughts

More description

BONUS PART STARTS AT 24:29

Watch the video here (with no ads) or on YouTube: https://youtu.be/GfEzOHGoAuU

🟣 Guest: Amy Haft

📜 Spacecraft electrostatic tractor using a power-constrained pulsed high-energy high-current electron beam https://www.sciencedirect.com/science/article/abs/pii/S027311772600075X?via%3Dihub

The number of satellites constantly grows. As the result, space debris is becoming more and more of a concern. A new study suggests using practically real-life Star Trek tech to use an electron tractor beam to tug broken satellites around the orbit.

  • 00:00 Intro

  • 01:11 The state of space debris

  • 04:25 Satellite tractor beam

  • 14:07 Alternative applications

  • 24:29 Tracking objects via plasma trails

  • 39:23 Current obsessions

  • 44:29 Final thoughts

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BONUS QUESTION STARTS AT 17:23

Watch the video here (with no ads) or on YouTube: https://youtu.be/4uPUdm7WP9o

Can we deploy a huge fleet of amateur telescopes to image a single planet? If the Voyager crashes into something, will we know that? What's the point of studying gravitational waves? And in Q&A+, does the starless galaxy have any planets?

  • 00:00 Intro

  • 00:27 [@liamdobbyn6167] Fleet of amateur telescopes on TRAPPIST-1

  • 06:28 [@SpaceGeekSheri] Would we know about it if Voyager crashed into something? 08:12 [@deant6361] Will New Horizons end up leaving the solar system?

  • 09:07 [@davidevans6487] Can we use radiation of space to power spacecraft?

  • 11:16 [@JuanMendez-zh2ez] Why study gravitational waves?

  • 17:23 [@christiandesalliers] Are there planets in Cloud-9?

  • 19:18 Astronomy Cast

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BONUS QUESTION STARTS AT 17:23

Watch the video here (with no ads) or on YouTube: https://youtu.be/4uPUdm7WP9o

Can we deploy a huge fleet of amateur telescopes to image a single planet? If the Voyager crashes into something, will we know that? What's the point of studying gravitational waves? And in Q&A+, does the starless galaxy have any planets?

  • 00:00 Intro

  • 00:27 [@liamdobbyn6167] Fleet of amateur telescopes on TRAPPIST-1

  • 06:28 [@SpaceGeekSheri] Would we know about it if Voyager crashed into something? 08:12 [@deant6361] Will New Horizons end up leaving the solar system?

  • 09:07 [@davidevans6487] Can we use radiation of space to power spacecraft?

  • 11:16 [@JuanMendez-zh2ez] Why study gravitational waves?

  • 17:23 [@christiandesalliers] Are there planets in Cloud-9?

  • 19:18 Astronomy Cast

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Here’s what might delay Artemis, New Glenn flies again, but there’s a problem, Voyager 1 has to shut down another instrument, Vera Rubin is finding so many asteroids. And in Space Bites+, an incredible image to celebrate Hubble’s 35th birthday.

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Here’s what might delay Artemis, New Glenn flies again, but there’s a problem, Voyager 1 has to shut down another instrument, Vera Rubin is finding so many asteroids. And in Space Bites+, an incredible image to celebrate Hubble’s 35th birthday.

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Published 2026-04-23

[Q&A+] Fermi Paradox Special (Vol. 2)

18 min
View

BONUS QUESTION STARTS AT 15:29

Watch the video here (with no ads) or on YouTube: https://youtu.be/ouw_AobGQ2M

CosmoQuest Artemis Video: https://www.youtube.com/watch?v=oUhAPm8PNdY
CosmoQuest: https://cosmoquest.org/

What could the great filter be? How visible is the human race to outside observers? How would astronomy work in a cosmic void? And in Q&A+, what would happen if a black hole suddenly approached?00:00 Intro

  • 00:26 [@moosekeeto] What could the Great Filter be?

  • 02:17 [@wookalarcentral] What do cosmic coincidences mean?

  • 04:24 [@MikeD_] Could advanced civilizations communicate in a way we can't detect?

  • 06:05 [@doogle4144] How 'visible' is the Human race?

  • 08:56 [@mmorgan7212] How would astronomy work if we lived in a cosmic void?

  • 13:40 [@AEFisch] Why do scientists call a black hole a singularity?

  • 16:28 New citizen science project

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BONUS QUESTION STARTS AT 15:29

Watch the video here (with no ads) or on YouTube: https://youtu.be/ouw_AobGQ2M

CosmoQuest Artemis Video: https://www.youtube.com/watch?v=oUhAPm8PNdY
CosmoQuest: https://cosmoquest.org/

What could the great filter be? How visible is the human race to outside observers? How would astronomy work in a cosmic void? And in Q&A+, what would happen if a black hole suddenly approached?00:00 Intro

  • 00:26 [@moosekeeto] What could the Great Filter be?

  • 02:17 [@wookalarcentral] What do cosmic coincidences mean?

  • 04:24 [@MikeD_] Could advanced civilizations communicate in a way we can't detect?

  • 06:05 [@doogle4144] How 'visible' is the Human race?

  • 08:56 [@mmorgan7212] How would astronomy work if we lived in a cosmic void?

  • 13:40 [@AEFisch] Why do scientists call a black hole a singularity?

  • 16:28 New citizen science project

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🟣 Guest: Dr. John Banovetz https://www.bnl.gov/world/

📜 Uncovering the Next Galactic Supernova with the Vera C. Rubin Observatory https://arxiv.org/pdf/2601.12094

We should be getting 1-2 supernovae per century in a galaxy like the Milky Way. Yet, the last one observed was about 1000 years ago? Where are all the galactic supernovae? Why don't we see enough of them. Can Vera Rubin help? Finding out in this interview.

  • 00:00 Intro

  • 01:41 Supernovae in the Milky Way

  • 09:33 Why don't we see the supernovae

  • 13:32 Vera Rubin 24:37 Working with the data pipeline

  • 39:10 Current obsessions

  • 41:08 Final thoughts

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🟣 Guest: Dr. John Banovetz https://www.bnl.gov/world/

📜 Uncovering the Next Galactic Supernova with the Vera C. Rubin Observatory https://arxiv.org/pdf/2601.12094

We should be getting 1-2 supernovae per century in a galaxy like the Milky Way. Yet, the last one observed was about 1000 years ago? Where are all the galactic supernovae? Why don't we see enough of them. Can Vera Rubin help? Finding out in this interview.

  • 00:00 Intro

  • 01:41 Supernovae in the Milky Way

  • 09:33 Why don't we see the supernovae

  • 13:32 Vera Rubin 24:37 Working with the data pipeline

  • 39:10 Current obsessions

  • 41:08 Final thoughts

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BONUS QUESTION STARTS AT 16:16

Watch the video here (with no ads) or on YouTube: https://youtu.be/gac8HkEO9AE

How will we power the Moon bases? Which places will be the primary targets for the Habitable World Observatory? Which nuclear reactor is the new NASA proposal about? And in Q&A+, how long will it take to clear the L2 Lagrange point?

  • 00:00 Intro

  • 00:26 [@Noonyuh] Could moonquakes or marsquakes cause problems for humans?

  • 02:44 [@rJaune] Are there promising battery technology?

  • 04:08 [@1000dots] Which nuclear reactor will NASA use for its new Mars mission?

  • 09:20 [@smkolins] Is anyone setting up a public access list of new finds of Vera Rubin?

  • 11:24 [@TestingTesting-1234] Where will HWO look first?

  • 14:46 [@Matthew...1979] Could we see other planets in realtime?

  • 16:16 [@C.Lo.87] How long to clear out L2?

  • 17:22 Previously hidden content

Full livestream: https://www.youtube.com/live/6oMnUsxwsQM

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BONUS QUESTION STARTS AT 16:16

Watch the video here (with no ads) or on YouTube: https://youtu.be/gac8HkEO9AE

How will we power the Moon bases? Which places will be the primary targets for the Habitable World Observatory? Which nuclear reactor is the new NASA proposal about? And in Q&A+, how long will it take to clear the L2 Lagrange point?

  • 00:00 Intro

  • 00:26 [@Noonyuh] Could moonquakes or marsquakes cause problems for humans?

  • 02:44 [@rJaune] Are there promising battery technology?

  • 04:08 [@1000dots] Which nuclear reactor will NASA use for its new Mars mission?

  • 09:20 [@smkolins] Is anyone setting up a public access list of new finds of Vera Rubin?

  • 11:24 [@TestingTesting-1234] Where will HWO look first?

  • 14:46 [@Matthew...1979] Could we see other planets in realtime?

  • 16:16 [@C.Lo.87] How long to clear out L2?

  • 17:22 Previously hidden content

Full livestream: https://www.youtube.com/live/6oMnUsxwsQM

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BONUS STORY STARTS AT 20:55

Watch here (with no ads and a bonus part) or on YouTube: https://youtu.be/VHLROLaOCFc

There's a new scar on the moon. The Artemis II astronauts return home safely. A new survey has just wrapped up its scan for dark energy. Supermassive black holes ready to merge. And in Space Bites Plus, astronomers find one of the oldest stars in the universe.

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BONUS STORY STARTS AT 20:55

Watch here (with no ads and a bonus part) or on YouTube: https://youtu.be/VHLROLaOCFc

There's a new scar on the moon. The Artemis II astronauts return home safely. A new survey has just wrapped up its scan for dark energy. Supermassive black holes ready to merge. And in Space Bites Plus, astronomers find one of the oldest stars in the universe.

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BONUS QUESTION STARTS AT 19:38

Watch here (with no ads) or on YouTube: https://youtu.be/N1yFECYcRYs

How can you wrap your head around the true scale of the Universe? Will humanity ever colonize gas giant moons? Can ISS missions compare to future Mars missions? And in Q&A+, did JWST produce any good science papers?

  • 00:00 Intro

  • 00:25 [@chiroptile2881] Will humanity ever colonize the gas giants' moons?

  • 04:32 [@nickstokes9386] How can you comprehend the scale of the Universe?

  • 08:16 [@SantiagoT75] Is space less beautiful for our human eyes?

  • 11:32 [@nephilim20111] Do ISS missions compare to future Mars missions?

  • 19:38 [@derrickdibble3860] Any good papers been released from JWST?

  • 22:36 Interviews with scientists

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BONUS QUESTION STARTS AT 19:38

Watch here (with no ads) or on YouTube: https://youtu.be/N1yFECYcRYs

How can you wrap your head around the true scale of the Universe? Will humanity ever colonize gas giant moons? Can ISS missions compare to future Mars missions? And in Q&A+, did JWST produce any good science papers?

  • 00:00 Intro

  • 00:25 [@chiroptile2881] Will humanity ever colonize the gas giants' moons?

  • 04:32 [@nickstokes9386] How can you comprehend the scale of the Universe?

  • 08:16 [@SantiagoT75] Is space less beautiful for our human eyes?

  • 11:32 [@nephilim20111] Do ISS missions compare to future Mars missions?

  • 19:38 [@derrickdibble3860] Any good papers been released from JWST?

  • 22:36 Interviews with scientists

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BONUS PART STARTS AT 27:40

Watch here (with no ads and a bonus part) or on YouTube: https://youtu.be/nX5Ou28VGwQ

LISA Interview https://youtu.be/AUS8A9J3d5g
LIGO Interview https://youtu.be/_jmQVH9L8vI

🟣 Guest: Dr. Chiara Mingarelli https://www.chiaramingarelli.com/

📜 Fingerprints of Individual Supermassive Black Hole Binaries in Pulsar Timing Arrays https://arxiv.org/pdf/2603.05722

  • 00:00 Intro

  • 01:41 Pulsar Timing Array

  • 09:27 Detecting individual mergers

  • 18:31 What's next?

  • 27:40 Alternative ways of detecting black holes

  • 41:14 Final thoughts

More description

BONUS PART STARTS AT 27:40

Watch here (with no ads and a bonus part) or on YouTube: https://youtu.be/nX5Ou28VGwQ

LISA Interview https://youtu.be/AUS8A9J3d5g
LIGO Interview https://youtu.be/_jmQVH9L8vI

🟣 Guest: Dr. Chiara Mingarelli https://www.chiaramingarelli.com/

📜 Fingerprints of Individual Supermassive Black Hole Binaries in Pulsar Timing Arrays https://arxiv.org/pdf/2603.05722

  • 00:00 Intro

  • 01:41 Pulsar Timing Array

  • 09:27 Detecting individual mergers

  • 18:31 What's next?

  • 27:40 Alternative ways of detecting black holes

  • 41:14 Final thoughts

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BONUS QUESTION STARTS AT 15:57

Watch the video here (with no ads) or on YouTube: https://youtu.be/1rUTV39wcwM

Can we eliminate darkness at night with an orbital reflector? How long do the Voyagers have left? Why didn't JWST inspect some of the potential ocean worlds? And in Q&A+, could we see the Great Attractor unobscured?

  • 00:00 Start

  • 00:26 [@Asmo-RL] Why are Mars and Venus un the habitable zone though clearly uninhabited?

  • 03:52 [@GigaSigma1] Can we put a reflector in orbit to eliminate darkness at night?

  • 07:03 [@MLBrilliance] Can we see the Great Attractor unobscured?

  • 11:01 [@bigglestintin] ow long will voyager 2's power last?

  • 15:57 [@everythingcompute] Why didn't JWST look at Kepler 22B?

  • 20:11 Outro

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BONUS QUESTION STARTS AT 15:57

Watch the video here (with no ads) or on YouTube: https://youtu.be/1rUTV39wcwM

Can we eliminate darkness at night with an orbital reflector? How long do the Voyagers have left? Why didn't JWST inspect some of the potential ocean worlds? And in Q&A+, could we see the Great Attractor unobscured?

  • 00:00 Start

  • 00:26 [@Asmo-RL] Why are Mars and Venus un the habitable zone though clearly uninhabited?

  • 03:52 [@GigaSigma1] Can we put a reflector in orbit to eliminate darkness at night?

  • 07:03 [@MLBrilliance] Can we see the Great Attractor unobscured?

  • 11:01 [@bigglestintin] ow long will voyager 2's power last?

  • 15:57 [@everythingcompute] Why didn't JWST look at Kepler 22B?

  • 20:11 Outro

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BONUS PART STARTS AT 37:54

Watch here (with no ads and a bouns part) or on YouTube: https://youtu.be/JMP7N_Dkga0

In the recent years we found out that a lot of asteroids are rubble piles. And we will be finding more of them. But it appears that Phobos might have a lot of characteristics of rubble piles. Which could have some really interesting consequences.

🟣 Guest: Dr. Harrison Agrusa https://hagrusa.github.io/

📜 Tidal disruptions of rubble piles: The case of Phobos https://arxiv.org/pdf/2602.21912

  • 00:00 Intro

  • 02:02 Rubble pile asteroids

  • 17:39 DART mission aftermath

  • 21:45 Best ways to deflect an asteroid

  • 25:01 Phobos

  • 37:54 LUCY mission

  • 47:32 Current obsessions

  • 50:54 Final thoughts

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BONUS PART STARTS AT 37:54

Watch here (with no ads and a bouns part) or on YouTube: https://youtu.be/JMP7N_Dkga0

In the recent years we found out that a lot of asteroids are rubble piles. And we will be finding more of them. But it appears that Phobos might have a lot of characteristics of rubble piles. Which could have some really interesting consequences.

🟣 Guest: Dr. Harrison Agrusa https://hagrusa.github.io/

📜 Tidal disruptions of rubble piles: The case of Phobos https://arxiv.org/pdf/2602.21912

  • 00:00 Intro

  • 02:02 Rubble pile asteroids

  • 17:39 DART mission aftermath

  • 21:45 Best ways to deflect an asteroid

  • 25:01 Phobos

  • 37:54 LUCY mission

  • 47:32 Current obsessions

  • 50:54 Final thoughts

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BONUS STORY STARTS AT 20:03

Watch here (with no ads) or on YouTube: https://youtu.be/TV_kJYQctvk

Artemis 2 is going well. The White House proposes to cut back NASA's budget. Webb looks at two protoplanetary systems. An entirely new class of stars. And in Space Bites Plus, Japan is planning a comet return mission.

SLS IR Video

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BONUS STORY STARTS AT 20:03

Watch here (with no ads) or on YouTube: https://youtu.be/TV_kJYQctvk

Artemis 2 is going well. The White House proposes to cut back NASA's budget. Webb looks at two protoplanetary systems. An entirely new class of stars. And in Space Bites Plus, Japan is planning a comet return mission.

SLS IR Video

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BONUS QUESTION STARTS AT 13:22

Will Jupiter system become habitable? How much atmosphere could the Moon hold onto? Do quasars have a habitable zone? And in Q&A+, is transpirational cooling better than a heat shield?

  • 00:00 Intro

  • 00:24 [@Shrouded_Gh05t] Do I think Europa or Titan has life on it?

  • 03:42 [@GadZookz] If Venus had a moon would it be any different?

  • 05:17 [@jamesmnguyen] What's the max atmosphere The Moon could hold onto?

  • 06:44 [@Storm-Krow] Could current students work with James Webb or ELT?

  • 09:49 [@PhoenixWarp1] Would Jupiter or Saturn become habitable during Sun's red giant phase? 10:49 [@ThexBorg] Do quasars have a habitable zone?

  • 13:22 [@irwin2335] Transpirational cooling, better than a heat shield?

  • 15:15 Outro

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BONUS QUESTION STARTS AT 13:22

Will Jupiter system become habitable? How much atmosphere could the Moon hold onto? Do quasars have a habitable zone? And in Q&A+, is transpirational cooling better than a heat shield?

  • 00:00 Intro

  • 00:24 [@Shrouded_Gh05t] Do I think Europa or Titan has life on it?

  • 03:42 [@GadZookz] If Venus had a moon would it be any different?

  • 05:17 [@jamesmnguyen] What's the max atmosphere The Moon could hold onto?

  • 06:44 [@Storm-Krow] Could current students work with James Webb or ELT?

  • 09:49 [@PhoenixWarp1] Would Jupiter or Saturn become habitable during Sun's red giant phase? 10:49 [@ThexBorg] Do quasars have a habitable zone?

  • 13:22 [@irwin2335] Transpirational cooling, better than a heat shield?

  • 15:15 Outro

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Earth is hit by meteorites every day. Some are harmless, some could be dangerous. But now we have the most advanced tool to discover and predict them, the Vera Rubin Observatory. Will it be enough to predict a hit with enough precision to catch up a meteorite mid-flight? Finding out in this interview.

👉 NOIRLab Interview https://youtu.be/VKrpJODdEM0

🟣 Guest: Ian Chow https://ia-chow.github.io/

📜 Predictions of Imminent Earth Impactors Discovered by LSST https://arxiv.org/abs/2603.05587

  • 00:00 Intro

  • 01:54 Working with Vera Rubin

  • 04:33 Early detections

  • 14:12 How can we improve

  • 18:20 Big threats

  • 22:00 New method to identify asteroids

  • 27:43 Amateur observations

  • 31:52 Current obsessions

  • 33:08 Final thoughts

More description

Earth is hit by meteorites every day. Some are harmless, some could be dangerous. But now we have the most advanced tool to discover and predict them, the Vera Rubin Observatory. Will it be enough to predict a hit with enough precision to catch up a meteorite mid-flight? Finding out in this interview.

👉 NOIRLab Interview https://youtu.be/VKrpJODdEM0

🟣 Guest: Ian Chow https://ia-chow.github.io/

📜 Predictions of Imminent Earth Impactors Discovered by LSST https://arxiv.org/abs/2603.05587

  • 00:00 Intro

  • 01:54 Working with Vera Rubin

  • 04:33 Early detections

  • 14:12 How can we improve

  • 18:20 Big threats

  • 22:00 New method to identify asteroids

  • 27:43 Amateur observations

  • 31:52 Current obsessions

  • 33:08 Final thoughts

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BONUS QUESTION STARTS AT 13:39

Watch the video here (with no ads) or on YouTube: https://youtu.be/gIOPdaFyjFY

How did the ring galaxies get their weird shape? Could we redirect a comet to hit the Moon? Could Project Orion ever launch? And in Q&A+, how bad did AI hit astronomy jobs?

  • 00:00 Intro

  • 00:23 [@billionsandbillionsofstars] Can we expect a meteor storm in our lifetime?

  • 02:48 [@CynicExtraordinaire] Will Project Orion ever work?

  • 05:03 [@PhoboScorpio] Can you power a spaceship with Jupiter?

  • 09:48 [@vistotutti6037] Could we redirect a comet into the Moon?

  • 12:33 [@EdSceptic-y2e] How did ring galaxies form?

  • 13:39 [@ShaanGrilla] How bad the AI is affecting Astro jobs?

  • 17:42 Outro

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BONUS QUESTION STARTS AT 13:39

Watch the video here (with no ads) or on YouTube: https://youtu.be/gIOPdaFyjFY

How did the ring galaxies get their weird shape? Could we redirect a comet to hit the Moon? Could Project Orion ever launch? And in Q&A+, how bad did AI hit astronomy jobs?

  • 00:00 Intro

  • 00:23 [@billionsandbillionsofstars] Can we expect a meteor storm in our lifetime?

  • 02:48 [@CynicExtraordinaire] Will Project Orion ever work?

  • 05:03 [@PhoboScorpio] Can you power a spaceship with Jupiter?

  • 09:48 [@vistotutti6037] Could we redirect a comet into the Moon?

  • 12:33 [@EdSceptic-y2e] How did ring galaxies form?

  • 13:39 [@ShaanGrilla] How bad the AI is affecting Astro jobs?

  • 17:42 Outro

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BONUS PART STARTS AT 18:21

Watch here (with no ads) or on YouTube: https://youtu.be/K6LbP3Q1iMM

Going to Mars means contaminating it with Earth's life. Most probably, we have already done it with our landers. But it appears, things might not be as bad as Mars could have a natural "built-in" protection against contamination. How does it work? Finding out in this interview.

🟣 Guest: Dr. Corien Bakermans https://altoona.psu.edu/person/corien-bakermans-phd

📜 ‘Water bears’ reveal potential for adapting, protecting Martian resources https://www.psu.edu/news/research/story/water-bears-reveal-potential-adapting-protecting-martian-resources

  • 0:00 Intro

  • 01:48 Fantastic Tardigrades and where to find them

  • 03:25 Martian regolith vs life

  • 07:13 Earth soil vs Mars regolith

  • 09:10 Experimental setup

  • 14:49 Contamination risks for Mars

  • 17:13 What's next for the research

  • 18:21 Sub-zero bacteria

  • 25:08 Current obsessions

  • 28:56 Final thoughts

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BONUS PART STARTS AT 18:21

Watch here (with no ads) or on YouTube: https://youtu.be/K6LbP3Q1iMM

Going to Mars means contaminating it with Earth's life. Most probably, we have already done it with our landers. But it appears, things might not be as bad as Mars could have a natural "built-in" protection against contamination. How does it work? Finding out in this interview.

🟣 Guest: Dr. Corien Bakermans https://altoona.psu.edu/person/corien-bakermans-phd

📜 ‘Water bears’ reveal potential for adapting, protecting Martian resources https://www.psu.edu/news/research/story/water-bears-reveal-potential-adapting-protecting-martian-resources

  • 0:00 Intro

  • 01:48 Fantastic Tardigrades and where to find them

  • 03:25 Martian regolith vs life

  • 07:13 Earth soil vs Mars regolith

  • 09:10 Experimental setup

  • 14:49 Contamination risks for Mars

  • 17:13 What's next for the research

  • 18:21 Sub-zero bacteria

  • 25:08 Current obsessions

  • 28:56 Final thoughts

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BONUS STORY STARTS AT 20:11

👉 Interviews on YouTube https://www.youtube.com/playlist?list=PLbJ42wpShvmnK1xmCRad_8bn0uOcmLiIE

👉 Interviews on Patreon (free for everyone) https://www.patreon.com/collection/44300?view=expanded

🔵 Vote for the best story here: https://www.youtube.com/@frasercain/posts

Artemis II lifts off for the moon. A comet slows down and reverses its rotation. Galaxies found without dark matter. Anti-matter goes for a ride. And in Space Bites Plus, how humanity is slowing down the rotation of the Earth.

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BONUS STORY STARTS AT 20:11

👉 Interviews on YouTube https://www.youtube.com/playlist?list=PLbJ42wpShvmnK1xmCRad_8bn0uOcmLiIE

👉 Interviews on Patreon (free for everyone) https://www.patreon.com/collection/44300?view=expanded

🔵 Vote for the best story here: https://www.youtube.com/@frasercain/posts

Artemis II lifts off for the moon. A comet slows down and reverses its rotation. Galaxies found without dark matter. Anti-matter goes for a ride. And in Space Bites Plus, how humanity is slowing down the rotation of the Earth.

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BONUS QUESTION STARTS AT 15:49

Watch the video here (with no ads) or on YouTube: https://youtu.be/poOg7fY_3Q0

What will we learn from going back to the Moon? Is there dark matter in the Solar System? Which telescopes would be best for Time Delay Cosmography? And in Q&A+, which planets will be left after the Sun dies?

  • 00:00 Intro

  • 00:24 [@N.Armstrng] Which telescopes will be best for Time Delay Cosmography?

  • 05:28 [@notmanyeclipsesleft] What is the most important long-term information mankind will acquire from creating a permanent presence on the moon?

  • 09:24 [@jessienotot3558] Would WW3 lead to the Kessler Syndrome?

  • 12:55 [@sferrin2] Why does the Universe appear to be the same size in every direction?

  • 14:49 [@geohondo] Do we know if dark matter possibly in our solar system?

  • 15:49 [@kasieream1248] Which planet will the sun be left with as a white dwarf?

  • 17:38 Outro

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BONUS QUESTION STARTS AT 15:49

Watch the video here (with no ads) or on YouTube: https://youtu.be/poOg7fY_3Q0

What will we learn from going back to the Moon? Is there dark matter in the Solar System? Which telescopes would be best for Time Delay Cosmography? And in Q&A+, which planets will be left after the Sun dies?

  • 00:00 Intro

  • 00:24 [@N.Armstrng] Which telescopes will be best for Time Delay Cosmography?

  • 05:28 [@notmanyeclipsesleft] What is the most important long-term information mankind will acquire from creating a permanent presence on the moon?

  • 09:24 [@jessienotot3558] Would WW3 lead to the Kessler Syndrome?

  • 12:55 [@sferrin2] Why does the Universe appear to be the same size in every direction?

  • 14:49 [@geohondo] Do we know if dark matter possibly in our solar system?

  • 15:49 [@kasieream1248] Which planet will the sun be left with as a white dwarf?

  • 17:38 Outro

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Watch here (with no ads) or on YouTube: https://youtu.be/MX3YWQVSjW8

Fast Radio Bursts can be a key to dramatically improving cosmic distance measurements. A NIAC project suggests using it for a global cosmic positioning system. But at the same time it could be used to finally resolve the Hubble Tension. How will it work? Finding out in this interview.

🟣 Guest: Dr. Matt McQuinn

📜 NIAC project report: Solar system-scale VLBI to dramatically improve cosmological distance measurements https://arxiv.org/pdf/2602.09141

📜 Solar System-scale Interferometry on Fast Radio Bursts Could Measure Cosmic Distances with Subpercent Precision https://iopscience.iop.org/article/10.3847/2041-8213/acc947

  • 00:00 Intro

  • 02:12 What are Fast Radio Bursts

  • 09:07 Measuring distances with FRBs

  • 18:00 How to improve the accuracy of measurements

  • 24:60 Cosmic Positioning System

  • 43:11 Alternative use cases

  • 51:18 Current obsessions

  • 52:23 Final thoughts

More description

Watch here (with no ads) or on YouTube: https://youtu.be/MX3YWQVSjW8

Fast Radio Bursts can be a key to dramatically improving cosmic distance measurements. A NIAC project suggests using it for a global cosmic positioning system. But at the same time it could be used to finally resolve the Hubble Tension. How will it work? Finding out in this interview.

🟣 Guest: Dr. Matt McQuinn

📜 NIAC project report: Solar system-scale VLBI to dramatically improve cosmological distance measurements https://arxiv.org/pdf/2602.09141

📜 Solar System-scale Interferometry on Fast Radio Bursts Could Measure Cosmic Distances with Subpercent Precision https://iopscience.iop.org/article/10.3847/2041-8213/acc947

  • 00:00 Intro

  • 02:12 What are Fast Radio Bursts

  • 09:07 Measuring distances with FRBs

  • 18:00 How to improve the accuracy of measurements

  • 24:60 Cosmic Positioning System

  • 43:11 Alternative use cases

  • 51:18 Current obsessions

  • 52:23 Final thoughts

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BONUS QUESTION STARTS AT 15:00

🎬 Top-100 Sci-Fi/Space Movies https://www.patreon.com/posts/153930141

📺 Top-100 Sci-Fi/Space TV Series https://www.patreon.com/posts/153997969

Watch the video here (with no ads) or on YouTube: https://youtu.be/yPju8peHp2s

Which animal would be the make the best space pet? Who has priority access to Vera Rubin’s data? Is there a limit on how many telescopes can we put in a Lagrange point? And in Q&A+, what’s the current progress with spacesuits?

Full livestream: https://www.youtube.com/live/s9XkvvAyx9g

  • 00:00 Intro

  • 00:25 [@churchdiscography] What kind of animal would make a good space pet?

  • 01:30 [@jamesmnguyen] Do fish care about living in a microgravity environment?

  • 02:22 [@trickymick] What is the process for flagging and following up on objects reported by the Vera Rubin?

  • 06:26 [@IARRCSim] Do US scientists have priority for Vera Rubin's data?

  • 07:17 [@Frosty.Winnipeg] Could a telescope on Earth use the moon as a star shade?

  • 08:49 [@Nomad77ca] Is there a limit to how many telescopes we could put out at L1?

  • 10:01 [@terryhardaway3285] Did 3I/ATLAS have any effect on objects in the Kuiper belt?

  • 15:00 [@kasieream1248] Will spacesuits ever change much?

  • 16:52 Outro

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BONUS QUESTION STARTS AT 15:00

🎬 Top-100 Sci-Fi/Space Movies https://www.patreon.com/posts/153930141

📺 Top-100 Sci-Fi/Space TV Series https://www.patreon.com/posts/153997969

Watch the video here (with no ads) or on YouTube: https://youtu.be/yPju8peHp2s

Which animal would be the make the best space pet? Who has priority access to Vera Rubin’s data? Is there a limit on how many telescopes can we put in a Lagrange point? And in Q&A+, what’s the current progress with spacesuits?

Full livestream: https://www.youtube.com/live/s9XkvvAyx9g

  • 00:00 Intro

  • 00:25 [@churchdiscography] What kind of animal would make a good space pet?

  • 01:30 [@jamesmnguyen] Do fish care about living in a microgravity environment?

  • 02:22 [@trickymick] What is the process for flagging and following up on objects reported by the Vera Rubin?

  • 06:26 [@IARRCSim] Do US scientists have priority for Vera Rubin's data?

  • 07:17 [@Frosty.Winnipeg] Could a telescope on Earth use the moon as a star shade?

  • 08:49 [@Nomad77ca] Is there a limit to how many telescopes we could put out at L1?

  • 10:01 [@terryhardaway3285] Did 3I/ATLAS have any effect on objects in the Kuiper belt?

  • 15:00 [@kasieream1248] Will spacesuits ever change much?

  • 16:52 Outro

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Watch here (with no ads) or on YouTube: https://youtu.be/M3KZgV-_kks

The Habitable Worlds Observatory is our ultimate tool to see an Earth-sized world around a Sun-like star. But what will be the limits of its instruments? What will it realistically be able to see? Finding out the answers in this interview.

👉 HWO interview with Lee Feinberg https://youtu.be/0R3ykUkxH5M
👉 Coronagraph interview with Vanessa Bailey https://youtu.be/HXZMRagv66M

🟣 Guest: Celeste Hagee https://www.celestehagee.com/

📜 Bayesian Analysis for Remote Biosignature Identification on exoEarths (BARBIE) IV: Analyzing CO2 Detections in the Near-IR to Determine the Long-Wavelength Cut-off for the Habitable Worlds Observatory Coronagraph https://arxiv.org/abs/2602.12353

  • 00:00 Intro

  • 01:43 What could HWO see

  • 06:20 Celeste's research

  • 19:06 Findings

  • 28:16 The quest of confirming extraterrestrial life

  • 35:04 Current obsessions

  • 39:00 Final thoughts

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The Habitable Worlds Observatory is our ultimate tool to see an Earth-sized world around a Sun-like star. But what will be the limits of its instruments? What will it realistically be able to see? Finding out the answers in this interview.

👉 HWO interview with Lee Feinberg https://youtu.be/0R3ykUkxH5M
👉 Coronagraph interview with Vanessa Bailey https://youtu.be/HXZMRagv66M

🟣 Guest: Celeste Hagee https://www.celestehagee.com/

📜 Bayesian Analysis for Remote Biosignature Identification on exoEarths (BARBIE) IV: Analyzing CO2 Detections in the Near-IR to Determine the Long-Wavelength Cut-off for the Habitable Worlds Observatory Coronagraph https://arxiv.org/abs/2602.12353

  • 00:00 Intro

  • 01:43 What could HWO see

  • 06:20 Celeste's research

  • 19:06 Findings

  • 28:16 The quest of confirming extraterrestrial life

  • 35:04 Current obsessions

  • 39:00 Final thoughts

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This is an EMERGENCY podcast about Project Hail Mary. Fraser's joined by Producer Anton discussing the movie, as well as the recently released Top-100 lists for movies and TV shows.

⚠️‼️⛔️THIS CONTAINS SPOLERS for Project Hail Mary⚠️‼️⛔️

  • 00:00 Intro

  • 01:06 SPOILER ALERT

  • 01:48 Project Hail Mary

  • 27:51 Top-100 movies

  • 35:36 Top-100 TV shows

Top 100 movies
Top 100 TV Shows

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This is an EMERGENCY podcast about Project Hail Mary. Fraser's joined by Producer Anton discussing the movie, as well as the recently released Top-100 lists for movies and TV shows.

⚠️‼️⛔️THIS CONTAINS SPOLERS for Project Hail Mary⚠️‼️⛔️

  • 00:00 Intro

  • 01:06 SPOILER ALERT

  • 01:48 Project Hail Mary

  • 27:51 Top-100 movies

  • 35:36 Top-100 TV shows

Top 100 movies
Top 100 TV Shows

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BONUS STORY STARTS AT 20:07

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NASA overturns its future exploration plans, Rubin pipelines are filled with juicy data, dwarf galaxies hide overmassive black holes, Titan Dragonfly is coming together. And in Space Bites+, charting the history of a galaxy’s evolution.

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BONUS STORY STARTS AT 20:07

Watch here (with no ads) or on YouTube: https://youtu.be/FBEUdChBGxA

NASA overturns its future exploration plans, Rubin pipelines are filled with juicy data, dwarf galaxies hide overmassive black holes, Titan Dragonfly is coming together. And in Space Bites+, charting the history of a galaxy’s evolution.

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BONUS QUESTION STARTS AT 12:02

Watch the video here (with no ads) or on YouTube: https://youtu.be/V6Vm9Wb4ZF8

Full livestream: https://youtube.com/live/esBOfZhJTWk

Does it get dark on Venus during the night? Which propulsion tech is the best for realistic interstellar travel? Which Astrophysicist is my favourite and why? And in Q&A+, what research would I do if I were a scientist, not a journalist?

  • 00:00 Intro

  • 00:25 [@Smo1k] Does it get dark on Venus during the night?

  • 01:39 [@trickymick] Could strange orbits of the dwarf planets be caused by an ancient stellar flyby?

  • 02:25 [@SuatÖzdemirci] What's the best tech for realistic interstellar propulsion?

  • 04:45 [@N.Armstrng] What happens when two black holes merge?

  • 06:38 [@doogle4144] Why do I do patreon interviews?

  • 11:14 [@happybuttersblast8334] Who is my favorite astrophysicist and why?

  • 12:02 [@Kingtad1136] If I were a scientist and not a journalist, what would I focus my research on?

  • 16:13 Outro

More description

BONUS QUESTION STARTS AT 12:02

Watch the video here (with no ads) or on YouTube: https://youtu.be/V6Vm9Wb4ZF8

Full livestream: https://youtube.com/live/esBOfZhJTWk

Does it get dark on Venus during the night? Which propulsion tech is the best for realistic interstellar travel? Which Astrophysicist is my favourite and why? And in Q&A+, what research would I do if I were a scientist, not a journalist?

  • 00:00 Intro

  • 00:25 [@Smo1k] Does it get dark on Venus during the night?

  • 01:39 [@trickymick] Could strange orbits of the dwarf planets be caused by an ancient stellar flyby?

  • 02:25 [@SuatÖzdemirci] What's the best tech for realistic interstellar propulsion?

  • 04:45 [@N.Armstrng] What happens when two black holes merge?

  • 06:38 [@doogle4144] Why do I do patreon interviews?

  • 11:14 [@happybuttersblast8334] Who is my favorite astrophysicist and why?

  • 12:02 [@Kingtad1136] If I were a scientist and not a journalist, what would I focus my research on?

  • 16:13 Outro

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Watch here (with no ads) or on YouTube: https://youtu.be/w677o1jHYmk

The number of satellites has grown dramatically and it will continue to grow. But where's the limit? How many satellites can we realistically launch? Most people think that it's the Kessler Syndrome. Saturating the orbit with space debris until a chain reaction erupts. But there might be other limiting factors. What are they? Finding out in this interview.

🟣 Guest: Professor Laura Revell https://profiles.canterbury.ac.nz/Laura-Revell/publications

  • 00:00 Intro

  • 02:15 What happens to satellites upon re-entry

  • 10:41 Rocket fuel emissions

  • 24:13 Possible nuclear wars

  • 29:07 Current obsession

  • 34:45 Final thoughts

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Watch here (with no ads) or on YouTube: https://youtu.be/w677o1jHYmk

The number of satellites has grown dramatically and it will continue to grow. But where's the limit? How many satellites can we realistically launch? Most people think that it's the Kessler Syndrome. Saturating the orbit with space debris until a chain reaction erupts. But there might be other limiting factors. What are they? Finding out in this interview.

🟣 Guest: Professor Laura Revell https://profiles.canterbury.ac.nz/Laura-Revell/publications

  • 00:00 Intro

  • 02:15 What happens to satellites upon re-entry

  • 10:41 Rocket fuel emissions

  • 24:13 Possible nuclear wars

  • 29:07 Current obsession

  • 34:45 Final thoughts

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BONUS QUESTION STARTS AT 13:04

👉 Send in your questions for Patreon Q&A here: https://www.patreon.com/posts/153780788

Watch here (with no ads) or on YouTube https://youtu.be/cHcqk31NtH0

What kind of media can we expect from Titan Dragonfly? Could you track Artemis 2 with an amateur telescope? Can moons have moons that have moons? And in Q&A+, should journalists use more storytelling?

  • 00:00 Intro

  • 00:24 [@geohondo] What media content can we expect from the Titan Dragonfly?

  • 01:19 [@DamingoFlave] Could you track Artemis 2 with an amateur telescope?

  • 02:52 [@TestingTesting-1234] Should we establish Aldrin cyclers between the earth and the moon?

  • 05:11 [@kirkwagner461] Does Aldrin Cycler give you any delta-v advantage?

  • 05:39 [@kairon156] Is there any plan to give the moon it's own GPS?

  • 07:23 [@EdSceptic-y2e] Moon with a moon with a moon

  • 08:21 [@SidVicious619-d5r] Can a moon not be tidally locked to a planet?

  • 09:45 [@C.Lo.87] Can a white dwarf collect enough material to restart fusion?

  • 13:04 [@paigepotter4682] Do you think space journalism should ever lean more into wonder and storytelling rather than strict explanation?

  • 16:10 Outro

Full livestream: https://youtube.com/live/esBOfZhJTWk

More description

BONUS QUESTION STARTS AT 13:04

👉 Send in your questions for Patreon Q&A here: https://www.patreon.com/posts/153780788

Watch here (with no ads) or on YouTube https://youtu.be/cHcqk31NtH0

What kind of media can we expect from Titan Dragonfly? Could you track Artemis 2 with an amateur telescope? Can moons have moons that have moons? And in Q&A+, should journalists use more storytelling?

  • 00:00 Intro

  • 00:24 [@geohondo] What media content can we expect from the Titan Dragonfly?

  • 01:19 [@DamingoFlave] Could you track Artemis 2 with an amateur telescope?

  • 02:52 [@TestingTesting-1234] Should we establish Aldrin cyclers between the earth and the moon?

  • 05:11 [@kirkwagner461] Does Aldrin Cycler give you any delta-v advantage?

  • 05:39 [@kairon156] Is there any plan to give the moon it's own GPS?

  • 07:23 [@EdSceptic-y2e] Moon with a moon with a moon

  • 08:21 [@SidVicious619-d5r] Can a moon not be tidally locked to a planet?

  • 09:45 [@C.Lo.87] Can a white dwarf collect enough material to restart fusion?

  • 13:04 [@paigepotter4682] Do you think space journalism should ever lean more into wonder and storytelling rather than strict explanation?

  • 16:10 Outro

Full livestream: https://youtube.com/live/esBOfZhJTWk

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Watch here (with no ads) or on YouTube: https://youtu.be/iGxXclzwa08

How dead is the Moon (geologically speaking)? How can we know what's going on inside it? What should the people returning to the Moon expect from it? Finding the answers in this interview.

🟣 Guest: Dr. Cole Nypaver https://airandspace.si.edu/people/staff/cole-nypaver

📜 Smithsonian Planetary Scientists Discover Recent Tectonic Activity on the Moon https://www.si.edu/newsdesk/releases/smithsonian-planetary-scientists-discover-recent-tectonic-activity-moon

  • 00:00 Intro

  • 01:44 Is the Moon dead?

  • 08:44 What created the faults

  • 14:04 Returning to the Moon

  • 24:24 Beyond just the Moon

  • 26:58 Boulders on the Moon

  • 33:37 Current obsessions

  • 38:42 Final thoughts

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Watch here (with no ads) or on YouTube: https://youtu.be/iGxXclzwa08

How dead is the Moon (geologically speaking)? How can we know what's going on inside it? What should the people returning to the Moon expect from it? Finding the answers in this interview.

🟣 Guest: Dr. Cole Nypaver https://airandspace.si.edu/people/staff/cole-nypaver

📜 Smithsonian Planetary Scientists Discover Recent Tectonic Activity on the Moon https://www.si.edu/newsdesk/releases/smithsonian-planetary-scientists-discover-recent-tectonic-activity-moon

  • 00:00 Intro

  • 01:44 Is the Moon dead?

  • 08:44 What created the faults

  • 14:04 Returning to the Moon

  • 24:24 Beyond just the Moon

  • 26:58 Boulders on the Moon

  • 33:37 Current obsessions

  • 38:42 Final thoughts

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BONUS STORY STARTS AT 15:26

Watch here (with no ads) or on YouTube: https://youtu.be/Ncr3QzZUREY

A planetary system that breaks all the rules. Colliding worlds reminds us of the Earth and the Moon. A super solar storm hit Mars too. An explanation for a seven-hour gamma ray burst. And in Space Bites Plus, thousands of stellar siblings found.

🔵 Vote for the best story here: https://www.youtube.com/@frasercain/posts

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BONUS STORY STARTS AT 15:26

Watch here (with no ads) or on YouTube: https://youtu.be/Ncr3QzZUREY

A planetary system that breaks all the rules. Colliding worlds reminds us of the Earth and the Moon. A super solar storm hit Mars too. An explanation for a seven-hour gamma ray burst. And in Space Bites Plus, thousands of stellar siblings found.

🔵 Vote for the best story here: https://www.youtube.com/@frasercain/posts

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BONUS QUESTION STARTS AT 13:51

Watch the video here (with no ads) or on YouTube: https://youtu.be/YZD1WNKzbiQ

Could the Sun have a binary companion, are we the only observers in the Universe, will lunar bases be close to each other? And in Q&A+, could we grow crops in asteroid regolith?

  • 00:00 Intro

  • 00:23 [@SantiagoT75] Can the Sun be orbiting another star we just haven’t yet noticed?

  • 04:54 [@silasmiller4417] Are we really the only true observer in the Universe?

  • 07:25 [@terryhardaway3285] How hard would it be to put the ISS in lunar orbit or on the Moon?

  • 10:00 [@Space_Whales42] How close do you think the Chinese base on the moon will be to the American base?

  • 12:14 [@Noonyuh] What sort of internet bandwidth should we expect on our moon bases?

  • 13:51 [@Squigglyboi] Did they test growing crops in asteroid regolith?

  • 17:01 Outro

Full livestream: https://www.youtube.com/live/jtVVWzfyB0w

More description

BONUS QUESTION STARTS AT 13:51

Watch the video here (with no ads) or on YouTube: https://youtu.be/YZD1WNKzbiQ

Could the Sun have a binary companion, are we the only observers in the Universe, will lunar bases be close to each other? And in Q&A+, could we grow crops in asteroid regolith?

  • 00:00 Intro

  • 00:23 [@SantiagoT75] Can the Sun be orbiting another star we just haven’t yet noticed?

  • 04:54 [@silasmiller4417] Are we really the only true observer in the Universe?

  • 07:25 [@terryhardaway3285] How hard would it be to put the ISS in lunar orbit or on the Moon?

  • 10:00 [@Space_Whales42] How close do you think the Chinese base on the moon will be to the American base?

  • 12:14 [@Noonyuh] What sort of internet bandwidth should we expect on our moon bases?

  • 13:51 [@Squigglyboi] Did they test growing crops in asteroid regolith?

  • 17:01 Outro

Full livestream: https://www.youtube.com/live/jtVVWzfyB0w

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BONUS QUESTION STARTS AT 15:49

Watch the video here (with no ads) or on YouTube: https://youtu.be/GvVZsDw3Xk0

If the robots take over, what would our biosignatures look like? is a galaxy's rotation tied to its black hole? what would happen to the Universe if dark matter disappeared? And in Q&A+, which scifi universe would I like to live in?

  • 00:00 Intro

  • 00:25 [@AriasThirdOfHisName] What will be left of us if robots take over?

  • 04:52 [@Frosty.Winnipeg] Is the rotation of a galaxy tied in any way to the rotation of its black hole?

  • 06:09 [@EdSceptic-y2e] What would happen if all the dark matter dissappeared?

  • 11:19 [@christiandesalliers4663] Why does material must shead it's angular momentum before falling into a black hole?

  • 14:58 [@BigC799] What three questions would I ask the Universe?

  • 15:49 [@kimbarron4239] Which fictional universe would I like to live in?

  • 17:40 Outro

Full livestream: https://www.youtube.com/live/jtVVWzfyB0w

More description

BONUS QUESTION STARTS AT 15:49

Watch the video here (with no ads) or on YouTube: https://youtu.be/GvVZsDw3Xk0

If the robots take over, what would our biosignatures look like? is a galaxy's rotation tied to its black hole? what would happen to the Universe if dark matter disappeared? And in Q&A+, which scifi universe would I like to live in?

  • 00:00 Intro

  • 00:25 [@AriasThirdOfHisName] What will be left of us if robots take over?

  • 04:52 [@Frosty.Winnipeg] Is the rotation of a galaxy tied in any way to the rotation of its black hole?

  • 06:09 [@EdSceptic-y2e] What would happen if all the dark matter dissappeared?

  • 11:19 [@christiandesalliers4663] Why does material must shead it's angular momentum before falling into a black hole?

  • 14:58 [@BigC799] What three questions would I ask the Universe?

  • 15:49 [@kimbarron4239] Which fictional universe would I like to live in?

  • 17:40 Outro

Full livestream: https://www.youtube.com/live/jtVVWzfyB0w

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