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Will LIGO detect gravitational waves when Betelgeuse explodes? Why are scientists so sure about dark matter? Could Betelgeuse become a black hole after it goes supernova? Why is the Oort cloud a sphere, not a disk? What determines the size of Lagrange points? All this and more in this week's Q&A!

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Start

  • 00:49 [Tatooine] Why is the Oort cloud a sphere?

  • 06:25 [Coruscant] Could field stars have no metals?

  • 11:00 [Hoth] Will Betelgeuse become a black hole?

  • 12:32 [Naboo] Why the Universe didn't become a black hole?

  • 14:45 [Kamino] Why are scientists so sure about dark matter?

  • 20:56 [Bespin] Will LIGO detect Betelgeuse's bang?

  • 25:02 [Mustafar] Will Earth's polarity flip break all compasses?

  • 26:21 [Alderaan] How big are Lagrange points?

  • 28:45 [Dagobah] What science discovery do I anticipate the most?

  • 29:57 [Yavin] Can we safely go through heliospheric termination shock?

  • 32:03 [Mandalore] How big must the accretion disk be for Sgr A to be visible from Earth?

πŸ“Ί VIDEO VERSION

https://youtu.be/NvQOatYAmIw

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Support Universe Today Podcast

More description

Will LIGO detect gravitational waves when Betelgeuse explodes? Why are scientists so sure about dark matter? Could Betelgeuse become a black hole after it goes supernova? Why is the Oort cloud a sphere, not a disk? What determines the size of Lagrange points? All this and more in this week's Q&A!

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Start

  • 00:49 [Tatooine] Why is the Oort cloud a sphere?

  • 06:25 [Coruscant] Could field stars have no metals?

  • 11:00 [Hoth] Will Betelgeuse become a black hole?

  • 12:32 [Naboo] Why the Universe didn't become a black hole?

  • 14:45 [Kamino] Why are scientists so sure about dark matter?

  • 20:56 [Bespin] Will LIGO detect Betelgeuse's bang?

  • 25:02 [Mustafar] Will Earth's polarity flip break all compasses?

  • 26:21 [Alderaan] How big are Lagrange points?

  • 28:45 [Dagobah] What science discovery do I anticipate the most?

  • 29:57 [Yavin] Can we safely go through heliospheric termination shock?

  • 32:03 [Mandalore] How big must the accretion disk be for Sgr A to be visible from Earth?

πŸ“Ί VIDEO VERSION

https://youtu.be/NvQOatYAmIw

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

Subscribe. It's FREE: https://universetoday.com/newsletter

🎧 PODCASTS

Universe Today: https://universetoday.fireside.fm/

Astronomy Cast: http://www.astronomycast.com/

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Twitter: https://twitter.com/fcain

Twitter: https://twitter.com/universetoday

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πŸ“© CONTACT FRASER

frasercain@gmail.com

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JWST Looks at the Next Planet in the TRAPPIST system. Could we detect colliding supermassive black holes. Hot Jupiters that flew too close to their stars.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

00:00 Intro

00:14 Second planet in Trappist-1 system by Webb

https://www.universetoday.com/162014/the-suspense-is-killing-us-the-next-planet-in-the-trappist-system-gets-the-jwst-treatment/

02:53 Detecting supermassive black holes collisions

https://www.universetoday.com/162004/astronomers-have-never-detected-merging-supermassive-black-holes-that-might-be-about-to-change/

06:02 Echo from Sgr A activity

https://www.universetoday.com/162040/the-milky-ways-supermassive-black-hole-had-a-burst-of-activity-200-years-ago-we-just-saw-the-echo/

08:21 Starlinks are getting dimmer

https://www.universetoday.com/162002/even-though-theyre-bigger-generation-2-starlinks-are-fainter-than-gen-1/

11:44 Dealing with space junk

https://www.universetoday.com/162029/a-new-mission-will-grab-dead-satellites-and-push-them-into-the-atmosphere-to-burn-up/

13:20 Last week's vote results

https://youtu.be/yadpJxWOX8U

13:58 Hot Jupiters too close to their stars

https://www.universetoday.com/161967/this-hot-jupiter-is-leaving-a-swirling-tail-of-helium-in-its-wake/

16:19 Unexpected discovery from Parker Solar Probe

18:30 Interviews

https://www.youtube.com/playlist?list=PLbJ42wpShvmnK1xmCRad_8bn0uOcmLiIE

19:40 Lightning on Jupiter

https://www.nasa.gov/image-feature/jpl/nasa-s-juno-mission-captures-lightning-on-jupiter/

20:45 Flyby of Mercury

https://www.esa.int/Science_Exploration/Space_Science

21:57 CO2 Map

23:28 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/5jw_cHqT8QU

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

Subscribe. It's FREE: https://universetoday.com/newsletter

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πŸ“© CONTACT FRASER

frasercain@gmail.com

βš–οΈ LICENSE

Creative Commons Attribution 4.0 International (CC BY 4.0)

Support Universe Today Podcast

More description

JWST Looks at the Next Planet in the TRAPPIST system. Could we detect colliding supermassive black holes. Hot Jupiters that flew too close to their stars.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

00:00 Intro

00:14 Second planet in Trappist-1 system by Webb

https://www.universetoday.com/162014/the-suspense-is-killing-us-the-next-planet-in-the-trappist-system-gets-the-jwst-treatment/

02:53 Detecting supermassive black holes collisions

https://www.universetoday.com/162004/astronomers-have-never-detected-merging-supermassive-black-holes-that-might-be-about-to-change/

06:02 Echo from Sgr A activity

https://www.universetoday.com/162040/the-milky-ways-supermassive-black-hole-had-a-burst-of-activity-200-years-ago-we-just-saw-the-echo/

08:21 Starlinks are getting dimmer

https://www.universetoday.com/162002/even-though-theyre-bigger-generation-2-starlinks-are-fainter-than-gen-1/

11:44 Dealing with space junk

https://www.universetoday.com/162029/a-new-mission-will-grab-dead-satellites-and-push-them-into-the-atmosphere-to-burn-up/

13:20 Last week's vote results

https://youtu.be/yadpJxWOX8U

13:58 Hot Jupiters too close to their stars

https://www.universetoday.com/161967/this-hot-jupiter-is-leaving-a-swirling-tail-of-helium-in-its-wake/

16:19 Unexpected discovery from Parker Solar Probe

18:30 Interviews

https://www.youtube.com/playlist?list=PLbJ42wpShvmnK1xmCRad_8bn0uOcmLiIE

19:40 Lightning on Jupiter

https://www.nasa.gov/image-feature/jpl/nasa-s-juno-mission-captures-lightning-on-jupiter/

20:45 Flyby of Mercury

https://www.esa.int/Science_Exploration/Space_Science

21:57 CO2 Map

23:28 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/5jw_cHqT8QU

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

Subscribe. It's FREE: https://universetoday.com/newsletter

🎧 PODCASTS

Universe Today: https://universetoday.fireside.fm/

Astronomy Cast: http://www.astronomycast.com/

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πŸ“© CONTACT FRASER

frasercain@gmail.com

βš–οΈ LICENSE

Creative Commons Attribution 4.0 International (CC BY 4.0)

Support Universe Today Podcast

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Supercomputer simulations of the Universe are a huge part of modern astronomy. In this interview with Dr Andrew Pontzen we discuss, how exactly are these simulations done, what's the future of this industry, how it will shape the James Webb era and is it possible that we live in a simulation after all.

πŸ“– Andrew's book "The Universe In a Box": https://www.penguinrandomhouse.com/books/669774/the-universe-in-a-box-by-andrew-pontzen/

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

00:00 Intro

01:23 Supercomputers

07:02 History of simulations

10:30 How to simulate the Universe

21:50 "Impossible" galaxies by JWST

30:28 Large simulations of the Universe

36:30 How will the JWST era go

40:33 How tech will change simulations

43:43 Can we live in a simulation

49:40 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/FlM1A9QY_qU

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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🎧 PODCASTS

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Astronomy Cast: http://www.astronomycast.com/

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πŸ“© CONTACT FRASER

frasercain@gmail.com

βš–οΈ LICENSE

Creative Commons Attribution 4.0 International (CC BY 4.0)

Support Universe Today Podcast

More description

Supercomputer simulations of the Universe are a huge part of modern astronomy. In this interview with Dr Andrew Pontzen we discuss, how exactly are these simulations done, what's the future of this industry, how it will shape the James Webb era and is it possible that we live in a simulation after all.

πŸ“– Andrew's book "The Universe In a Box": https://www.penguinrandomhouse.com/books/669774/the-universe-in-a-box-by-andrew-pontzen/

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

00:00 Intro

01:23 Supercomputers

07:02 History of simulations

10:30 How to simulate the Universe

21:50 "Impossible" galaxies by JWST

30:28 Large simulations of the Universe

36:30 How will the JWST era go

40:33 How tech will change simulations

43:43 Can we live in a simulation

49:40 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/FlM1A9QY_qU

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

Subscribe. It's FREE: https://universetoday.com/newsletter

🎧 PODCASTS

Universe Today: https://universetoday.fireside.fm/

Astronomy Cast: http://www.astronomycast.com/

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πŸ“© CONTACT FRASER

frasercain@gmail.com

βš–οΈ LICENSE

Creative Commons Attribution 4.0 International (CC BY 4.0)

Support Universe Today Podcast

Extract Knowledge
Listen elsewhere

Which astronomical events can only be seen with gravitational waves? Is there enough water on the Moon for a permanent colony? Can we use stars other than the Sun as gravitational lenses? Does the present even exist or are we always living in the past? All this and more in this week's Q&A session.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Start

  • 00:40 [Tatooine] Which things we can see only with gravitational waves?

  • 10:38 [Coruscant] How can the Universe be larger than 13.8 billion light years?

  • 13:26 [Hoth] Are we all living in the past?

  • 16:04 [Naboo] How's the search for Planet 9 going?

  • 18:57 [Kamino] Are there rare elements on Mars?

  • 20:34 [Bespin] Is there enough water on the Moon for a permanent colony?

  • 22:11 [Mustafar] Can we use other stars as gravitational lenses?

  • 25:01 [Alderaan] Are strange isotopes and rare elements created in supernovae?

  • 27:01 [Dagobah] Worst space-related movie regarding Physics?

  • 28:49 [Yavin] Do gas giants have solid cores?

  • 29:59 [Mandalore] What would I do if I met aliens?

  • 33:29 [Geonosis] What would I do as a NASA Chief?

πŸ“Ί VIDEO VERSION

https://youtu.be/GwXi4F7xnJU

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

Subscribe. It's FREE: https://universetoday.com/newsletter

🎧 PODCASTS

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Astronomy Cast: http://www.astronomycast.com/

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πŸ“© CONTACT FRASER

frasercain@gmail.com

βš–οΈ LICENSE

Creative Commons Attribution 4.0 International (CC BY 4.0)

Support Universe Today Podcast

More description

Which astronomical events can only be seen with gravitational waves? Is there enough water on the Moon for a permanent colony? Can we use stars other than the Sun as gravitational lenses? Does the present even exist or are we always living in the past? All this and more in this week's Q&A session.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Start

  • 00:40 [Tatooine] Which things we can see only with gravitational waves?

  • 10:38 [Coruscant] How can the Universe be larger than 13.8 billion light years?

  • 13:26 [Hoth] Are we all living in the past?

  • 16:04 [Naboo] How's the search for Planet 9 going?

  • 18:57 [Kamino] Are there rare elements on Mars?

  • 20:34 [Bespin] Is there enough water on the Moon for a permanent colony?

  • 22:11 [Mustafar] Can we use other stars as gravitational lenses?

  • 25:01 [Alderaan] Are strange isotopes and rare elements created in supernovae?

  • 27:01 [Dagobah] Worst space-related movie regarding Physics?

  • 28:49 [Yavin] Do gas giants have solid cores?

  • 29:59 [Mandalore] What would I do if I met aliens?

  • 33:29 [Geonosis] What would I do as a NASA Chief?

πŸ“Ί VIDEO VERSION

https://youtu.be/GwXi4F7xnJU

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

Subscribe. It's FREE: https://universetoday.com/newsletter

🎧 PODCASTS

Universe Today: https://universetoday.fireside.fm/

Astronomy Cast: http://www.astronomycast.com/

🀳 OTHER SOCIAL MEDIA

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Twitter: https://twitter.com/universetoday

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πŸ“© CONTACT FRASER

frasercain@gmail.com

βš–οΈ LICENSE

Creative Commons Attribution 4.0 International (CC BY 4.0)

Support Universe Today Podcast

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Published 2023-06-17

[Interview] Can Axions Be Dark Matter?

57 min
View

We still don't know what is Dark Matter. We can see its effects but we don't know what it's made of. However, with their latest publication, Dr Amruth Alfred suggests that dark matter should be made of axions (which are one of the candidates among other particles).

Paper by Dr Amruth Alfred and his team:

https://www.nature.com/articles/s41550-023-01943-9

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Intro

  • 02:19 WIMPs vs Axions

  • 06:35 Observations

  • 15:54 Implications for Cosmology

  • 18:54 Where axioms come from

  • 23:57 Difficulties with observations

  • 27:54 How can the results be confirmed or debunked

  • 31:13 Open-mindness in science

  • 36:50 Gravitational lenses

  • 54:35 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/M7IO6FkHRhE

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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πŸ“© CONTACT FRASER

frasercain@gmail.com

βš–οΈ LICENSE

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Support Universe Today Podcast

More description

We still don't know what is Dark Matter. We can see its effects but we don't know what it's made of. However, with their latest publication, Dr Amruth Alfred suggests that dark matter should be made of axions (which are one of the candidates among other particles).

Paper by Dr Amruth Alfred and his team:

https://www.nature.com/articles/s41550-023-01943-9

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Intro

  • 02:19 WIMPs vs Axions

  • 06:35 Observations

  • 15:54 Implications for Cosmology

  • 18:54 Where axioms come from

  • 23:57 Difficulties with observations

  • 27:54 How can the results be confirmed or debunked

  • 31:13 Open-mindness in science

  • 36:50 Gravitational lenses

  • 54:35 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/M7IO6FkHRhE

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

Subscribe. It's FREE: https://universetoday.com/newsletter

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frasercain@gmail.com

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A white dwarf is starting to turn into a diamond. Another key element for life found in the plumes at Enceladus. The Parker Solar Probe discovers the source of the fast solar wind. All this and more in this week’s episode of Space Bites.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

πŸ“Ί VIDEO VERSION

https://youtu.be/yadpJxWOX8U

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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πŸ“© CONTACT FRASER

frasercain@gmail.com

βš–οΈ LICENSE

Creative Commons Attribution 4.0 International (CC BY 4.0)

Support Universe Today Podcast

More description

A white dwarf is starting to turn into a diamond. Another key element for life found in the plumes at Enceladus. The Parker Solar Probe discovers the source of the fast solar wind. All this and more in this week’s episode of Space Bites.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

πŸ“Ί VIDEO VERSION

https://youtu.be/yadpJxWOX8U

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

Subscribe. It's FREE: https://universetoday.com/newsletter

🎧 PODCASTS

Universe Today: https://universetoday.fireside.fm/

Astronomy Cast: http://www.astronomycast.com/

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πŸ“© CONTACT FRASER

frasercain@gmail.com

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Is nuking the Sun a good way to disarm the Earth? Should they rebuild the Arecibo observatory? How will SpaceX Starship change spaceflight? Could we see a reflection of an exomoon in a planet's ocean? Can a heavy suit help fight lower gravity effects on Moon and Mars? All this and more in this week's Q&A.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Start

  • 00:50 [Tatooine] Are cosmic ray observatories a thing?

  • 05:03 [Coruscant] Can we see a reflection of an exomoon?

  • 08:01 [Hoth] Does solar wind slow down planets?

  • 09:55 [Naboo] Can solar systems exist outside of galaxies?

  • 11:38 [Kamino] What's up with Boeing Starliner?

  • 13:24 [Bespin] What would happen if we nuke the Sun?

  • 15:34 [Mustafar] Should Arecibo be rebuilt?

  • 17:18 [Alderaan] How can we detect electromagnetic poles of exoplanets?

  • 18:23 [Dagobah] Will wearing a heavy suit help fight the lack of gravity?

  • 20:12 [Yavin] How Starship will change the future?

  • 22:59 [Mandalore] AI changing science videos?

πŸ“Ί VIDEO VERSION

https://youtu.be/xv4JFvvEXN8

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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Is nuking the Sun a good way to disarm the Earth? Should they rebuild the Arecibo observatory? How will SpaceX Starship change spaceflight? Could we see a reflection of an exomoon in a planet's ocean? Can a heavy suit help fight lower gravity effects on Moon and Mars? All this and more in this week's Q&A.

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  • 00:00 Start

  • 00:50 [Tatooine] Are cosmic ray observatories a thing?

  • 05:03 [Coruscant] Can we see a reflection of an exomoon?

  • 08:01 [Hoth] Does solar wind slow down planets?

  • 09:55 [Naboo] Can solar systems exist outside of galaxies?

  • 11:38 [Kamino] What's up with Boeing Starliner?

  • 13:24 [Bespin] What would happen if we nuke the Sun?

  • 15:34 [Mustafar] Should Arecibo be rebuilt?

  • 17:18 [Alderaan] How can we detect electromagnetic poles of exoplanets?

  • 18:23 [Dagobah] Will wearing a heavy suit help fight the lack of gravity?

  • 20:12 [Yavin] How Starship will change the future?

  • 22:59 [Mandalore] AI changing science videos?

πŸ“Ί VIDEO VERSION

https://youtu.be/xv4JFvvEXN8

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Betelgeuse is unexpectedly bright, and update of JWST’s Deep Field program, and more problems with the Boeing Starliner.

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More description

Betelgeuse is unexpectedly bright, and update of JWST’s Deep Field program, and more problems with the Boeing Starliner.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

πŸ“Ί VIDEO VERSION

https://youtu.be/5Qxo3MhhInA

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Was the Universe ever the size of an orange or a basketball? Can life exist on planets that cannot be escaped? Can the asteroid belt ever produce a new planet? Is the CMB slowly changing over time? What happens at the very edge of the observable Universe? All this and more in this week's Q&A!

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πŸ“š Suggest books in the book club:

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  • 00:00 Start

  • 00:41 [Tatooine] Was the Universe ever the size of an orange?

  • 05:40 [Coruscant] Is the CMB changing over time?

  • 07:49 [Hoth] What happens at the edge of the Universe?

  • 09:38 [Naboo] What are the chances for a habitable moon at Alpha Cen?

  • 12:16 [Kamino] What happened to SOFIA's plane?

  • 15:00 [Bespin] Is magnetic pole reversal a thing?

  • 17:34 [Mustafar] What's the current state of orbital refuelling?

  • 21:35 [Alderaan] Can a planet orbit binary stars?

  • 23:47 [Dagobah] How can we use gravitational waves?

  • 25:59 [Yavin] Does the ISS need refuelling?

  • 26:45 [Mandalore] Can life exist on inescapable planets?

  • 29:43 [Geonosis] Can what happens inside very dense neutron stars be extended to black holes?

  • 31:58 [Corellia] Can the asteroid belt produce a new planet in our solar system?

  • 33:13 [Crait] Can a simulated Universe become indistinguishable from a real one?

πŸ“Ί VIDEO VERSION

https://youtu.be/wXUHnkbj_z0

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More description

Was the Universe ever the size of an orange or a basketball? Can life exist on planets that cannot be escaped? Can the asteroid belt ever produce a new planet? Is the CMB slowly changing over time? What happens at the very edge of the observable Universe? All this and more in this week's Q&A!

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Start

  • 00:41 [Tatooine] Was the Universe ever the size of an orange?

  • 05:40 [Coruscant] Is the CMB changing over time?

  • 07:49 [Hoth] What happens at the edge of the Universe?

  • 09:38 [Naboo] What are the chances for a habitable moon at Alpha Cen?

  • 12:16 [Kamino] What happened to SOFIA's plane?

  • 15:00 [Bespin] Is magnetic pole reversal a thing?

  • 17:34 [Mustafar] What's the current state of orbital refuelling?

  • 21:35 [Alderaan] Can a planet orbit binary stars?

  • 23:47 [Dagobah] How can we use gravitational waves?

  • 25:59 [Yavin] Does the ISS need refuelling?

  • 26:45 [Mandalore] Can life exist on inescapable planets?

  • 29:43 [Geonosis] Can what happens inside very dense neutron stars be extended to black holes?

  • 31:58 [Corellia] Can the asteroid belt produce a new planet in our solar system?

  • 33:13 [Crait] Can a simulated Universe become indistinguishable from a real one?

πŸ“Ί VIDEO VERSION

https://youtu.be/wXUHnkbj_z0

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Lots of new discoveries from JWST. How a software bug killed HAKUTO-R. Kepler’s last ever exoplanets.

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More description

Lots of new discoveries from JWST. How a software bug killed HAKUTO-R. Kepler’s last ever exoplanets.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

πŸ“Ί VIDEO VERSION

https://youtu.be/OEFciqSNmOk

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NASA chooses another lander for Artemis V. The first radiation belt ever seen outside the Solar System. And those impossible galaxies might be even more massive than we thought.

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πŸ“Ί VIDEO VERSION

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NASA chooses another lander for Artemis V. The first radiation belt ever seen outside the Solar System. And those impossible galaxies might be even more massive than we thought.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

πŸ“Ί VIDEO VERSION

https://youtu.be/mARazyCYFEY

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It's already been five years since NASA's TESS mission was launched. Now it completed its first full mission observing the sky and hunting for exoplanets. In this interview, I'm talking with Nicole Colon from NASA's Goddard Space Flight Center about the results from TESS and what can come next for the mission.

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  • 00:00 Intro

  • 01:12 How's TESS doing

  • 06:52 Results from TESS

  • 10:30 TESS VS Kepler

  • 20:16 Most exciting planets

  • 30:42 TESS and Earth-like worlds

  • 39:53 Super TESS

  • 48:46 What's next

πŸ“Ί VIDEO VERSION

https://youtu.be/YB7imAuEZco

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It's already been five years since NASA's TESS mission was launched. Now it completed its first full mission observing the sky and hunting for exoplanets. In this interview, I'm talking with Nicole Colon from NASA's Goddard Space Flight Center about the results from TESS and what can come next for the mission.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Intro

  • 01:12 How's TESS doing

  • 06:52 Results from TESS

  • 10:30 TESS VS Kepler

  • 20:16 Most exciting planets

  • 30:42 TESS and Earth-like worlds

  • 39:53 Super TESS

  • 48:46 What's next

πŸ“Ί VIDEO VERSION

https://youtu.be/YB7imAuEZco

πŸ“° EMAIL NEWSLETTER

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Could stars and planets be living organisms? Is LHC dangerous for the Earth? How do neutrino detectors work? Does the Big Bang suggest that everything around us came from nothing? What will happen if we create a black hole on Earth? Answering all these questions and more in this week's Q&A.

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πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

πŸ‘‰ Ultimate Solar System

https://planetplanet.net/2018/05/30/the-black-hole-ultimate-solar-system/

00:00 Start

01:03 [Tatooine] How does something come from nothing?

07:07 [Coruscant] Could stars be alive and conscious?

12:18 [Hoth] Is the LHC dangerous for the Earth?

15:26 [Naboo] What if we create a black hole on Earth?

18:57 [Kamino] How neutrino detectors work?

22:15 [Bespin] What's the maximum number of planets a star can have?

26:47 [Mustafar] How Universe Today changed over the years?

30:29 [Alderaan] Favourite nebula?

30:50 [Dagobah] What's the largest milestone we can live to see?

πŸ“Ί VIDEO VERSION

https://youtu.be/lLcvFFpK-MI

πŸ“° EMAIL NEWSLETTER

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More description

Could stars and planets be living organisms? Is LHC dangerous for the Earth? How do neutrino detectors work? Does the Big Bang suggest that everything around us came from nothing? What will happen if we create a black hole on Earth? Answering all these questions and more in this week's Q&A.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

πŸ‘‰ Ultimate Solar System

https://planetplanet.net/2018/05/30/the-black-hole-ultimate-solar-system/

00:00 Start

01:03 [Tatooine] How does something come from nothing?

07:07 [Coruscant] Could stars be alive and conscious?

12:18 [Hoth] Is the LHC dangerous for the Earth?

15:26 [Naboo] What if we create a black hole on Earth?

18:57 [Kamino] How neutrino detectors work?

22:15 [Bespin] What's the maximum number of planets a star can have?

26:47 [Mustafar] How Universe Today changed over the years?

30:29 [Alderaan] Favourite nebula?

30:50 [Dagobah] What's the largest milestone we can live to see?

πŸ“Ί VIDEO VERSION

https://youtu.be/lLcvFFpK-MI

πŸ“° EMAIL NEWSLETTER

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If an extra-terrestrial civilisation saw the Earth, what technosignatures could they pick up? What could they learn about life on our planet and human civilisation in particular? I'm discussing that with Dr Michael Garrett who is the Director of Jodrell Bank Centre for Astrophysics.

πŸ¦„ Support us on Patreon:

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πŸ‘‰ Simulation of the Earth’s radio-leakage from mobile towers as seen from selected nearby stellar systems:

https://academic.oup.com/mnras/article/522/2/2393/7028804

00:00 Intro

02:11 Biosignatures in modern Astronomy

06:46 Technosignatures VS biosignatures

13:07 Loudest technosignatures of Earth

18:27 Earth from the perspective of aliens

32:31 Satellite constellations

38:00 Going into wires

42:49 Leaked transmissions

46:09 Becoming an alien hunter

πŸ“Ί VIDEO VERSION

https://youtu.be/rkZM9yHY8z0

πŸ“° EMAIL NEWSLETTER

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Support Universe Today Podcast

More description

If an extra-terrestrial civilisation saw the Earth, what technosignatures could they pick up? What could they learn about life on our planet and human civilisation in particular? I'm discussing that with Dr Michael Garrett who is the Director of Jodrell Bank Centre for Astrophysics.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ‘‰ Simulation of the Earth’s radio-leakage from mobile towers as seen from selected nearby stellar systems:

https://academic.oup.com/mnras/article/522/2/2393/7028804

00:00 Intro

02:11 Biosignatures in modern Astronomy

06:46 Technosignatures VS biosignatures

13:07 Loudest technosignatures of Earth

18:27 Earth from the perspective of aliens

32:31 Satellite constellations

38:00 Going into wires

42:49 Leaked transmissions

46:09 Becoming an alien hunter

πŸ“Ί VIDEO VERSION

https://youtu.be/rkZM9yHY8z0

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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NASA tests out a snake bot that could explore difficult terrain. An independent way to measure the expansion rate of the Universe. JUICE successfully deploys its radar antenna.

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πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

πŸ“Ί VIDEO VERSION

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More description

NASA tests out a snake bot that could explore difficult terrain. An independent way to measure the expansion rate of the Universe. JUICE successfully deploys its radar antenna.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“š Suggest books in the book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

πŸ“Ί VIDEO VERSION

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In the second part of my conversation with Dr Christopher Morrison we discuss his second NIAC award. It suggests creating a power source that can also be a science instrument.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ‘‰ Interstellar Sample Return with Dr Chris Morrison:

https://www.youtube.com/watch?v=HsON8yF5Rjo

πŸ‘‰ Part I with Dr Chris Morrison:

https://youtu.be/FIZHGDyN-7E

πŸ‘‰ More about the NIAC grant:

https://www.nasa.gov/directorates/spacetech/niac/2023/EmberCore_Flashlight/

  • 00:00 Intro

  • 00:36 What is the EmberCore Flashlight

  • 12:39 Perspectives for deep space missions

  • 17:33 Who will buy such Flashlights

πŸ“Ί VIDEO VERSION

https://youtu.be/jfyRp3GjUXc

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In the second part of my conversation with Dr Christopher Morrison we discuss his second NIAC award. It suggests creating a power source that can also be a science instrument.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ‘‰ Interstellar Sample Return with Dr Chris Morrison:

https://www.youtube.com/watch?v=HsON8yF5Rjo

πŸ‘‰ Part I with Dr Chris Morrison:

https://youtu.be/FIZHGDyN-7E

πŸ‘‰ More about the NIAC grant:

https://www.nasa.gov/directorates/spacetech/niac/2023/EmberCore_Flashlight/

  • 00:00 Intro

  • 00:36 What is the EmberCore Flashlight

  • 12:39 Perspectives for deep space missions

  • 17:33 Who will buy such Flashlights

πŸ“Ί VIDEO VERSION

https://youtu.be/jfyRp3GjUXc

πŸ“° EMAIL NEWSLETTER

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How can we get artificial gravity in space without rotating a spacecraft? Will there be bigger Mars helicopters in future? How exactly will they deorbit the ISS? Who will be selecting the crew for the Mars mission? Where are the Voyagers today and how can we find them? Answering all that and more in this week's Q&A episode.

πŸ¦„ Support us on Patreon:

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πŸ“• Book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Start

  • 00:49 Book Club: Accelerando by Charles Stross

  • 03:15 [Tatooine] Which way to look to see the Voyagers today?

  • 05:47 [Coruscant] How to turn Moon craters into telescopes?

  • 08:25 [Hoth] Can we pull of artificial gravity on space stations?

  • 12:44 [Naboo] Do we need to stop for the gravitational lens focal point?

  • 15:11 [Kamino] Will there be bigger Mars helicopters?

  • 19:13 [Bespin] Are smart telescopes worth it?

  • 23:03 [Mustafar] How will they deorbit the ISS?

  • 25:18 [Alderaan] Are there non-rotational artificial gravity options?

  • 27:34 [Dagobah] Why do we need a sample return from Mars? Why not study everything there?

  • 30:42 [Yavin] How will the crew selection go for Mars missions?

πŸ“Ί VIDEO VERSION

https://youtu.be/M7xy6LYyH6k

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More description

How can we get artificial gravity in space without rotating a spacecraft? Will there be bigger Mars helicopters in future? How exactly will they deorbit the ISS? Who will be selecting the crew for the Mars mission? Where are the Voyagers today and how can we find them? Answering all that and more in this week's Q&A episode.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ“• Book club:

https://www.goodreads.com/group/show/1198440-universe-today-book-club

  • 00:00 Start

  • 00:49 Book Club: Accelerando by Charles Stross

  • 03:15 [Tatooine] Which way to look to see the Voyagers today?

  • 05:47 [Coruscant] How to turn Moon craters into telescopes?

  • 08:25 [Hoth] Can we pull of artificial gravity on space stations?

  • 12:44 [Naboo] Do we need to stop for the gravitational lens focal point?

  • 15:11 [Kamino] Will there be bigger Mars helicopters?

  • 19:13 [Bespin] Are smart telescopes worth it?

  • 23:03 [Mustafar] How will they deorbit the ISS?

  • 25:18 [Alderaan] Are there non-rotational artificial gravity options?

  • 27:34 [Dagobah] Why do we need a sample return from Mars? Why not study everything there?

  • 30:42 [Yavin] How will the crew selection go for Mars missions?

πŸ“Ί VIDEO VERSION

https://youtu.be/M7xy6LYyH6k

πŸ“° EMAIL NEWSLETTER

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Moon Dust will be a major problem once people will return and settle there. We need to find ways to clean it from space suits, equipment, etc. In this interview I'm talking with Ian Wells, who is a cryogenics researcher suggesting a way to battle Moon dust with liquid nitrogen.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ‘‰ Interview with Dr Christine Hartzell:

https://youtu.be/LfigUsu7V2Q

  • 00:00 Intro

  • 01:13 How bad is lunar dust

  • 09:34 Liquid nitrogen spray

  • 13:31 How can it be used

  • 19:09 Mars dust

  • 24:55 Risks for humans

πŸ“Ί VIDEO VERSION

https://youtu.be/tWartKovuxw

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Moon Dust will be a major problem once people will return and settle there. We need to find ways to clean it from space suits, equipment, etc. In this interview I'm talking with Ian Wells, who is a cryogenics researcher suggesting a way to battle Moon dust with liquid nitrogen.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ‘‰ Interview with Dr Christine Hartzell:

https://youtu.be/LfigUsu7V2Q

  • 00:00 Intro

  • 01:13 How bad is lunar dust

  • 09:34 Liquid nitrogen spray

  • 13:31 How can it be used

  • 19:09 Mars dust

  • 24:55 Risks for humans

πŸ“Ί VIDEO VERSION

https://youtu.be/tWartKovuxw

πŸ“° EMAIL NEWSLETTER

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There could be liquid oceans in the moons of Uranus. Saturn takes the lead for the most moons in the Solar System. James Webb gazes into the Eye of Sauron aka Fomalhaut.

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πŸ‘‰ Interviews:

https://www.youtube.com/playlist?list=PLbJ42wpShvmnK1xmCRad_8bn0uOcmLiIE

⚫️ Universe-Breaking Galaxies Interview:

https://youtu.be/xPK9kF2tqfk

πŸ“Ί VIDEO VERSION

https://youtu.be/NMmi78YsiQ8

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There could be liquid oceans in the moons of Uranus. Saturn takes the lead for the most moons in the Solar System. James Webb gazes into the Eye of Sauron aka Fomalhaut.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ‘‰ Interviews:

https://www.youtube.com/playlist?list=PLbJ42wpShvmnK1xmCRad_8bn0uOcmLiIE

⚫️ Universe-Breaking Galaxies Interview:

https://youtu.be/xPK9kF2tqfk

πŸ“Ί VIDEO VERSION

https://youtu.be/NMmi78YsiQ8

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This is the first part of my interview with Dr Cristopher Morrison. In this one, we're discussing the concept of a propulsion system that should allow things like catching up with an interstellar visitor or delivering a telescope to the outer part of the Solar System.

πŸ¦„ Support us on Patreon:

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Previous Interview with Dr Chris Morrison:

https://www.youtube.com/watch?v=HsON8yF5Rjo

πŸ‘‰ More about the NIAC grant:

https://www.nasa.gov/directorates/spacetech/niac/2023/RadioisotopeElectric_Propulsion_System/

  • 00:00 Intro

  • 01:16 Intersecting interstellar objects

  • 09:39 Which technical challenges are solved

  • 17:20 Spacecraft design

  • 20:05 Finding captured interstellar objects

  • 28:05 One more thing

  • 35:00 What's next

πŸ“Ί VIDEO VERSION

https://youtu.be/FIZHGDyN-7E

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This is the first part of my interview with Dr Cristopher Morrison. In this one, we're discussing the concept of a propulsion system that should allow things like catching up with an interstellar visitor or delivering a telescope to the outer part of the Solar System.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

Previous Interview with Dr Chris Morrison:

https://www.youtube.com/watch?v=HsON8yF5Rjo

πŸ‘‰ More about the NIAC grant:

https://www.nasa.gov/directorates/spacetech/niac/2023/RadioisotopeElectric_Propulsion_System/

  • 00:00 Intro

  • 01:16 Intersecting interstellar objects

  • 09:39 Which technical challenges are solved

  • 17:20 Spacecraft design

  • 20:05 Finding captured interstellar objects

  • 28:05 One more thing

  • 35:00 What's next

πŸ“Ί VIDEO VERSION

https://youtu.be/FIZHGDyN-7E

πŸ“° EMAIL NEWSLETTER

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Gravitational waves can reveal things we would never detect otherwise. But different events require different sizes of detectors. In this interview, I'm talking with Waldemar Martens from ESA about a proposed LISAmax mission that will have 259 million kilometer arms and should be able to detect collisions of supermassive black holes.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

More about LISAmax:

https://arxiv.org/abs/2304.08287

  • 00:00 Intro

  • 01:38 What's the status of LISA

  • 10:18 What could LISA detect

  • 20:45 What would LISAmax be

  • 34:57 What could LISAmax discover

  • 40:10 LISA VS LISAmax

  • 48:25 What's next for LISAmax

πŸ“Ί VIDEO VERSION

https://youtu.be/2OykvNV8zuw

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Gravitational waves can reveal things we would never detect otherwise. But different events require different sizes of detectors. In this interview, I'm talking with Waldemar Martens from ESA about a proposed LISAmax mission that will have 259 million kilometer arms and should be able to detect collisions of supermassive black holes.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

More about LISAmax:

https://arxiv.org/abs/2304.08287

  • 00:00 Intro

  • 01:38 What's the status of LISA

  • 10:18 What could LISA detect

  • 20:45 What would LISAmax be

  • 34:57 What could LISAmax discover

  • 40:10 LISA VS LISAmax

  • 48:25 What's next for LISAmax

πŸ“Ί VIDEO VERSION

https://youtu.be/2OykvNV8zuw

πŸ“° EMAIL NEWSLETTER

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How can James Webb disprove The Big Bang Theory? Where are we at the search of life as we DON'T know it? Can we somehow test if Hawking radiation even exists? What do Space Force use the X37 secret space shuttle for?

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

00:00 Start

00:49 [Tatooine] How can Webb disprove The Big Bang Theory?

06:21 [Coruscant] Does Hawking radiation even exist?

12:10 [Hoth] Where are we at the search of life as we DON'T know it?

17:56 [Naboo] How do we study the wobble of stars?

20:24 [Kamino] How to protect humans from radiation in space?

25:46 [Bespin] Why don't they send telescopes to L4 and L5 Lagrange points?

30:33 [Mustafar] What do we know about secret space shuttle missions?

33:09 [Alderaan] Most exciting thing about the JUICE mission?

πŸ“Ί VIDEO VERSION

https://youtu.be/B_64LBRDyss

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More description

How can James Webb disprove The Big Bang Theory? Where are we at the search of life as we DON'T know it? Can we somehow test if Hawking radiation even exists? What do Space Force use the X37 secret space shuttle for?

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

00:00 Start

00:49 [Tatooine] How can Webb disprove The Big Bang Theory?

06:21 [Coruscant] Does Hawking radiation even exist?

12:10 [Hoth] Where are we at the search of life as we DON'T know it?

17:56 [Naboo] How do we study the wobble of stars?

20:24 [Kamino] How to protect humans from radiation in space?

25:46 [Bespin] Why don't they send telescopes to L4 and L5 Lagrange points?

30:33 [Mustafar] What do we know about secret space shuttle missions?

33:09 [Alderaan] Most exciting thing about the JUICE mission?

πŸ“Ί VIDEO VERSION

https://youtu.be/B_64LBRDyss

πŸ“° EMAIL NEWSLETTER

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Microgravity is dangerous for humans. But if we want to conquer space, we need to know how to mitigate the negative effects. Join my discussion with Dr Danail Obreschkow from UWA. We talked about studying the effects of microgravity on human body, particularly eyes, and potential ways to deal with them.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:35 Flying on parabolic flights

  • 08:49 What does weightlessness do to human body

  • 14:17 Things we can't fix

  • 17:44 Studying eyesight in space

  • 25:01 Will artificial gravity solve it?

πŸ“Ί VIDEO VERSION

https://youtu.be/mSz_F82LPGI

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Microgravity is dangerous for humans. But if we want to conquer space, we need to know how to mitigate the negative effects. Join my discussion with Dr Danail Obreschkow from UWA. We talked about studying the effects of microgravity on human body, particularly eyes, and potential ways to deal with them.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:35 Flying on parabolic flights

  • 08:49 What does weightlessness do to human body

  • 14:17 Things we can't fix

  • 17:44 Studying eyesight in space

  • 25:01 Will artificial gravity solve it?

πŸ“Ί VIDEO VERSION

https://youtu.be/mSz_F82LPGI

πŸ“° EMAIL NEWSLETTER

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JUICE is having problems extending its radar antenna. Astronomers watch a star eat its planet. A design for a space station with artificial gravity.

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πŸ“Ί VIDEO VERSION

https://youtu.be/KqUzpUHDGYM

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More description

JUICE is having problems extending its radar antenna. Astronomers watch a star eat its planet. A design for a space station with artificial gravity.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ“Ί VIDEO VERSION

https://youtu.be/KqUzpUHDGYM

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Space missions will become longer. It will inevitably become impossible to pack every medication you need and take it from Earth. This means that we'll need a way to produce them in space. Which is the goal of the NIAC award developed by Dr Lynn Rothschild.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

More about the NIAC award:

https://www.nasa.gov/directorates/spacetech/niac/2023/Astropharmacy/

00:00 Intro

02:15 Printing medicine in space

17:17 Evolution VS Engineering in Biology

36:30 Risks involved

50:50 What's next for the NIAC grant

πŸ“Ί VIDEO VERSION

https://youtu.be/jvHEKqrdP9k

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More description

Space missions will become longer. It will inevitably become impossible to pack every medication you need and take it from Earth. This means that we'll need a way to produce them in space. Which is the goal of the NIAC award developed by Dr Lynn Rothschild.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

More about the NIAC award:

https://www.nasa.gov/directorates/spacetech/niac/2023/Astropharmacy/

00:00 Intro

02:15 Printing medicine in space

17:17 Evolution VS Engineering in Biology

36:30 Risks involved

50:50 What's next for the NIAC grant

πŸ“Ί VIDEO VERSION

https://youtu.be/jvHEKqrdP9k

πŸ“° EMAIL NEWSLETTER

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Can solar sails change the way we explore the Solar System and beyond? Dr Slava Turyshev definitely thinks so! He assembled an all-star team of researchers in a recent paper about potential science opportunities of using solar sails. In this interview, we talk about the technology behind it, what's its current state, what perspectives it has and much more.

🌟 All-star paper "Science opportunities with solar sailing smallsats":

https://arxiv.org/abs/2303.14917

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

🌞 Interview with Dr Turyshev about the Solar Gravitational Lens

https://youtube.com/live/lqzJewjZUkk

  • 00:00:00 Intro

  • 00:01:55 Updates on the Solar Gravitational Lens

  • 00:08:04 All-star paper

  • 00:16:20 Sun Diver

  • 00:26:09 How fast will it go

  • 00:34:50 Potential science objectives

  • 00:39:48 Paradigm shift in space exploration

  • 00:47:22 Timeframes for potential missions

  • 00:55:13 Funding for the project

  • 01:02:10 Where to find more

πŸ“Ί VIDEO VERSION

https://youtu.be/W-E83lC-eN0

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Can solar sails change the way we explore the Solar System and beyond? Dr Slava Turyshev definitely thinks so! He assembled an all-star team of researchers in a recent paper about potential science opportunities of using solar sails. In this interview, we talk about the technology behind it, what's its current state, what perspectives it has and much more.

🌟 All-star paper "Science opportunities with solar sailing smallsats":

https://arxiv.org/abs/2303.14917

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

🌞 Interview with Dr Turyshev about the Solar Gravitational Lens

https://youtube.com/live/lqzJewjZUkk

  • 00:00:00 Intro

  • 00:01:55 Updates on the Solar Gravitational Lens

  • 00:08:04 All-star paper

  • 00:16:20 Sun Diver

  • 00:26:09 How fast will it go

  • 00:34:50 Potential science objectives

  • 00:39:48 Paradigm shift in space exploration

  • 00:47:22 Timeframes for potential missions

  • 00:55:13 Funding for the project

  • 01:02:10 Where to find more

πŸ“Ί VIDEO VERSION

https://youtu.be/W-E83lC-eN0

πŸ“° EMAIL NEWSLETTER

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How can we possibly know everything about exoplanets from just a single pixel? Will Mars be a good place for old people? Where does more emptiness come from if the Universe is expanding? Can we ever get to explore Betelgeuse? Answers to all these questions and more in this week's Q&A!

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 01:43 [Tatooine] How do we know so much about exoplanets from single pixel images?

  • 11:43 [Coruscant] Side windows on Mars greenhouses?

  • 13:09 [Hoth] Is low gravity good for old people?

  • 14:31 [Naboo] How can a planet's dynamo restart after stopping?

  • 16:42 [Kamino] How to explore Betelgeuse?

  • 19:35 [Bespin] Are we expanding with the expansion of the Universe?

  • 21:41 [Mustafar] Does Universe expand or do we shrink?

  • 22:58 [Alderaan] Will far away galaxies fade out of existence?

  • 26:01 [Dagobah] Do solar storms affect the borealis and australis equally?

  • 30:41 [Yavin] What is the Great Attractor?

  • 34:57 [Mandalore] Newest water origin explanation?

πŸ“Ί VIDEO VERSION

https://youtu.be/jUfTNxk_n2Y

πŸ“° EMAIL NEWSLETTER

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More description

How can we possibly know everything about exoplanets from just a single pixel? Will Mars be a good place for old people? Where does more emptiness come from if the Universe is expanding? Can we ever get to explore Betelgeuse? Answers to all these questions and more in this week's Q&A!

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 01:43 [Tatooine] How do we know so much about exoplanets from single pixel images?

  • 11:43 [Coruscant] Side windows on Mars greenhouses?

  • 13:09 [Hoth] Is low gravity good for old people?

  • 14:31 [Naboo] How can a planet's dynamo restart after stopping?

  • 16:42 [Kamino] How to explore Betelgeuse?

  • 19:35 [Bespin] Are we expanding with the expansion of the Universe?

  • 21:41 [Mustafar] Does Universe expand or do we shrink?

  • 22:58 [Alderaan] Will far away galaxies fade out of existence?

  • 26:01 [Dagobah] Do solar storms affect the borealis and australis equally?

  • 30:41 [Yavin] What is the Great Attractor?

  • 34:57 [Mandalore] Newest water origin explanation?

πŸ“Ί VIDEO VERSION

https://youtu.be/jUfTNxk_n2Y

πŸ“° EMAIL NEWSLETTER

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When we fly to Moon and Mars, how hard will it be to deal with dust. It can be a much more difficult problem when most of us think. And why is it so hard to clean it off solar panels on Mars. We discuss all that with Dr Christine Hartzell.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:35 What is Moon dust

  • 07:55 What damage can dust do

  • 12:57 What can we do about it

  • 20:19 How big the problem really is

  • 22:08 Why don't they just...

  • 30:11 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/LfigUsu7V2Q

πŸ“° EMAIL NEWSLETTER

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More description

When we fly to Moon and Mars, how hard will it be to deal with dust. It can be a much more difficult problem when most of us think. And why is it so hard to clean it off solar panels on Mars. We discuss all that with Dr Christine Hartzell.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:35 What is Moon dust

  • 07:55 What damage can dust do

  • 12:57 What can we do about it

  • 20:19 How big the problem really is

  • 22:08 Why don't they just...

  • 30:11 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/LfigUsu7V2Q

πŸ“° EMAIL NEWSLETTER

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iSpace's Hakuto R fails to land safely on the Moon. China wants to have people on the Moon by 2030. Another problem with James Webb.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸš€ Starship discussion with @scottmanley and @MarcusHouse


https://youtu.be/RGcdjJj-f4g

πŸ“Ί VIDEO VERSION

https://youtu.be/ymM6IuAeOTQ

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iSpace's Hakuto R fails to land safely on the Moon. China wants to have people on the Moon by 2030. Another problem with James Webb.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸš€ Starship discussion with @scottmanley and @MarcusHouse


https://youtu.be/RGcdjJj-f4g

πŸ“Ί VIDEO VERSION

https://youtu.be/ymM6IuAeOTQ

πŸ“° EMAIL NEWSLETTER

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The FarView Observatory is a NIAC project that's a giant self-building radio telescope on the far side of the Moon. In this interview, I'm discussing the details of the project with Dr Ronald Polidan who's managing the project. We also talk about the role of the Moon in the future of lunar exploration and how close we are to sending Von Neumann probes all over the Universe.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ‘‰ More about the FarView Observatory NIAC Award:

https://www.nasa.gov/directorates/spacetech/niac/2023/FarView_Observatory/

00:00:00 Intro

00:01:16 Current state of lunar exploration

00:03:22 What is the FarView Observatory

00:11:20 Step-by-step procedures

00:22:40 Limits of the project

00:35:08 Science objectives of FarView

00:47:17 Role of the Moon in future exploration

00:51:29 Von Neumann probes

01:00:55 What's next

πŸ“Ί VIDEO VERSION

https://youtu.be/a99QXRIO1g4

πŸ“° EMAIL NEWSLETTER

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Support Universe Today Podcast

More description

The FarView Observatory is a NIAC project that's a giant self-building radio telescope on the far side of the Moon. In this interview, I'm discussing the details of the project with Dr Ronald Polidan who's managing the project. We also talk about the role of the Moon in the future of lunar exploration and how close we are to sending Von Neumann probes all over the Universe.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ‘‰ More about the FarView Observatory NIAC Award:

https://www.nasa.gov/directorates/spacetech/niac/2023/FarView_Observatory/

00:00:00 Intro

00:01:16 Current state of lunar exploration

00:03:22 What is the FarView Observatory

00:11:20 Step-by-step procedures

00:22:40 Limits of the project

00:35:08 Science objectives of FarView

00:47:17 Role of the Moon in future exploration

00:51:29 Von Neumann probes

01:00:55 What's next

πŸ“Ί VIDEO VERSION

https://youtu.be/a99QXRIO1g4

πŸ“° EMAIL NEWSLETTER

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SpaceX finally tested a fully stacked Starship system on April 20th. Why did they blow it up? What exactly went wrong with the test? How can they fix it in future tests? Discussing all these questions with Scott Manley and Marcus House.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ“Ί Scott Manley:

https://www.youtube.com/@scottmanley

πŸ“Ί Marcus House:

https://www.youtube.com/@MarcusHouse

00:00 Intro

00:46 How did the launch go

02:46 Stage Zero problems

09:39 Flight analysis

19:36 How can SpaceX fix things

25:08 Flying Starship to Moon and Mars

27:38 Wen next launch

31:52 Conclusions

πŸ“Ί VIDEO VERSION

https://youtu.be/RGcdjJj-f4g

πŸ“° EMAIL NEWSLETTER

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More description

SpaceX finally tested a fully stacked Starship system on April 20th. Why did they blow it up? What exactly went wrong with the test? How can they fix it in future tests? Discussing all these questions with Scott Manley and Marcus House.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ“Ί Scott Manley:

https://www.youtube.com/@scottmanley

πŸ“Ί Marcus House:

https://www.youtube.com/@MarcusHouse

00:00 Intro

00:46 How did the launch go

02:46 Stage Zero problems

09:39 Flight analysis

19:36 How can SpaceX fix things

25:08 Flying Starship to Moon and Mars

27:38 Wen next launch

31:52 Conclusions

πŸ“Ί VIDEO VERSION

https://youtu.be/RGcdjJj-f4g

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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Did Webb prove the Big Bang Theory wrong? Why did nobody test artificial gravity in space yet? What's the purpose of other planets other than Earth? How would eyes evolve under a different star? All this and more in this week's Q&A!

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 01:04 [Tatooine] Did James Webb prove Big Bang wrong?

  • 11:07 [Coruscant] What is the purpose of other planets?

  • 17:32 [Hoth] How big does a star need to be to become a black hole?

  • 21:01 [Naboo] Favourite science fiction book?

  • 25:20 [Kamino] How large can cloud cities on Venus be?

  • 28:23 [Bespin] Do telescopes see the past?

  • 30:01 [Mustafar] Can you see Moon's rotation from Earth?

  • 32:42 [Alderaan] Why so few cubesat telescopes?

  • 37:05 [Dagobah] How would eyes evolve under a different star?

  • 38:58 [Yavin] Why don't we experiment with artificial gravity?

πŸ“Ί VIDEO VERSION

https://youtu.be/xn4ruU5CyEA

πŸ“° EMAIL NEWSLETTER

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Support Universe Today Podcast

More description

Did Webb prove the Big Bang Theory wrong? Why did nobody test artificial gravity in space yet? What's the purpose of other planets other than Earth? How would eyes evolve under a different star? All this and more in this week's Q&A!

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 01:04 [Tatooine] Did James Webb prove Big Bang wrong?

  • 11:07 [Coruscant] What is the purpose of other planets?

  • 17:32 [Hoth] How big does a star need to be to become a black hole?

  • 21:01 [Naboo] Favourite science fiction book?

  • 25:20 [Kamino] How large can cloud cities on Venus be?

  • 28:23 [Bespin] Do telescopes see the past?

  • 30:01 [Mustafar] Can you see Moon's rotation from Earth?

  • 32:42 [Alderaan] Why so few cubesat telescopes?

  • 37:05 [Dagobah] How would eyes evolve under a different star?

  • 38:58 [Yavin] Why don't we experiment with artificial gravity?

πŸ“Ί VIDEO VERSION

https://youtu.be/xn4ruU5CyEA

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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Starship launches but fails to reach orbit. JUICE looks back at Earth one last time. GAIA helps find an exoplanet.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ“Ί VIDEO VERSION

https://youtu.be/2xXehJ4IJNQ

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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Starship launches but fails to reach orbit. JUICE looks back at Earth one last time. GAIA helps find an exoplanet.

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Magnetospheres seem to be a very important factor when considering how habitable a planet is. So it was really exciting when it was announced that an Earth-size exoplanet's magnetosphere was detected using radio telescopes. It can also be a method to look for exoplanets by detecting their magnetic fields.

I'm discussing this discovery with Dr Joe Pesce who is the Program Director at National Science Foundation.

More about the discovery:

https://www.universetoday.com/160864/do-repeating-radio-signals-indicate-an-exoplanet-with-a-magnetosphere/

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  • 00:00 Intro

  • 00:19 An exoplanet with a magnetosphere

  • 06:10 Alternative explanations

  • 11:38 Detecting magnetospheres with existing telescopes

  • 17:30 Scaling up the method

  • 21:38 Big surveys with radio telescopes

  • 25:38 What's next

πŸ“Ί VIDEO VERSION

https://youtu.be/p1PnoSoH0ys

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Magnetospheres seem to be a very important factor when considering how habitable a planet is. So it was really exciting when it was announced that an Earth-size exoplanet's magnetosphere was detected using radio telescopes. It can also be a method to look for exoplanets by detecting their magnetic fields.

I'm discussing this discovery with Dr Joe Pesce who is the Program Director at National Science Foundation.

More about the discovery:

https://www.universetoday.com/160864/do-repeating-radio-signals-indicate-an-exoplanet-with-a-magnetosphere/

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

  • 00:00 Intro

  • 00:19 An exoplanet with a magnetosphere

  • 06:10 Alternative explanations

  • 11:38 Detecting magnetospheres with existing telescopes

  • 17:30 Scaling up the method

  • 21:38 Big surveys with radio telescopes

  • 25:38 What's next

πŸ“Ί VIDEO VERSION

https://youtu.be/p1PnoSoH0ys

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How big can iron planets get before collapsing into black holes? Why is the Moon floating away from Earth? Will Mars bases have glass domes? How will the asteroid mining race unfold? Will we create rings of satellites around the Earth? All this and more in this week's Q&A!

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 01:00 [Tatooine] How big can rocky planets get?

  • 03:51 [Coruscant] How big can an iron planet get?

  • 08:13 [Hoth] Why is the Moon floating away?

  • 11:43 [Naboo] What happens if you jump in artificial gravity?

  • 14:56 [Kamino] Will glass domes on Mars ever be real?

  • 17:31 [Bespin] Are they still looking for Planet 9?

  • 19:33 [Mustafar] Are there more galaxies than stars?

  • 21:23 [Alderaan] Return to British Columbia?

  • 24:02 [Dagobah] Missions to explore Europa?

  • 25:51 [Yavin] When will we see the next images from Webb?

  • 28:42 [Mandalore] How will the asteroid mining race go?

  • 30:14 [Geonosis] Will Earth have rings?

  • 33:48 [Corellia] How big is the expansion of the Universe?

πŸ“Ί VIDEO VERSION

https://youtu.be/bdhNhTdk9LI

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How big can iron planets get before collapsing into black holes? Why is the Moon floating away from Earth? Will Mars bases have glass domes? How will the asteroid mining race unfold? Will we create rings of satellites around the Earth? All this and more in this week's Q&A!

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 01:00 [Tatooine] How big can rocky planets get?

  • 03:51 [Coruscant] How big can an iron planet get?

  • 08:13 [Hoth] Why is the Moon floating away?

  • 11:43 [Naboo] What happens if you jump in artificial gravity?

  • 14:56 [Kamino] Will glass domes on Mars ever be real?

  • 17:31 [Bespin] Are they still looking for Planet 9?

  • 19:33 [Mustafar] Are there more galaxies than stars?

  • 21:23 [Alderaan] Return to British Columbia?

  • 24:02 [Dagobah] Missions to explore Europa?

  • 25:51 [Yavin] When will we see the next images from Webb?

  • 28:42 [Mandalore] How will the asteroid mining race go?

  • 30:14 [Geonosis] Will Earth have rings?

  • 33:48 [Corellia] How big is the expansion of the Universe?

πŸ“Ί VIDEO VERSION

https://youtu.be/bdhNhTdk9LI

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JUICE launches to Jupiter and its moons. A new JWST image of supernova remenant Cassiopea A. Machine learning cleans up the Universe, and improves images of a black hole’s event horizon.

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JUICE launches to Jupiter and its moons. A new JWST image of supernova remenant Cassiopea A. Machine learning cleans up the Universe, and improves images of a black hole’s event horizon.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

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Active volcanism. Plate tectonics. Retaining the atmosphere without a magnetosphere. There's so much to learn about Venus! In this interview I'm discussing all these things with Dr Paul Byrne, Planetary Evangelist and Associate Professor of Earth and Planetary Science at Washington University in St. Louis

πŸ₯ Professor Paul Byrne on Twitter:

https://twitter.com/ThePlanetaryGuy

πŸ¦„ Support us on Patreon:

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  • 00:00:00 Intro

  • 00:01:14 Why Venus?

  • 00:05:32 The big questions

  • 00:08:03 Why so underexplored

  • 00:20:13 Problems with the VERITAS mission

  • 00:30:05 Vulcanism on Venus

  • 00:46:07 Data for the future

  • 00:47:50 No Magnetosphere but with atmosphere. Why?

  • 00:54:20 Plate tectonics

  • 00:58:59 Venus as an exoplanet

  • 01:04:13 Venus sample return

πŸ“Ί VIDEO VERSION

https://youtu.be/VXuhaJu-GNM

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Active volcanism. Plate tectonics. Retaining the atmosphere without a magnetosphere. There's so much to learn about Venus! In this interview I'm discussing all these things with Dr Paul Byrne, Planetary Evangelist and Associate Professor of Earth and Planetary Science at Washington University in St. Louis

πŸ₯ Professor Paul Byrne on Twitter:

https://twitter.com/ThePlanetaryGuy

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

  • 00:00:00 Intro

  • 00:01:14 Why Venus?

  • 00:05:32 The big questions

  • 00:08:03 Why so underexplored

  • 00:20:13 Problems with the VERITAS mission

  • 00:30:05 Vulcanism on Venus

  • 00:46:07 Data for the future

  • 00:47:50 No Magnetosphere but with atmosphere. Why?

  • 00:54:20 Plate tectonics

  • 00:58:59 Venus as an exoplanet

  • 01:04:13 Venus sample return

πŸ“Ί VIDEO VERSION

https://youtu.be/VXuhaJu-GNM

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What are the risks of returning samples from Mars? What happens if you bring two stars together? Which galaxies can be seen with the naked eye? What is the system behind naming stars and exoplanets? All this and more in this week's Q&A!

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 01:19 [Tatooine] Can we bring viruses from Mars?

  • 07:42 [Coruscant] What is the maximum size limit for black holes?

  • 12:03 [Hoth] What happens when two stars come together?

  • 15:26 [Naboo] What to expect from Artemis 2?

  • 17:32 [Kamino] What are my thoughts on Artemis 2 crew?

  • 20:57 [Bespin] How are stars and planets named?

  • 23:43 [Mustafar] Which galaxies can be seen with a naked eye?

  • 25:53 [Alderaan] What it feels like standing on an asteroid being destroyed?

  • 28:38 [Dagobah] Will NASA land on an asteroid?

  • 30:58 [Yavin] How cold is it in space?

  • 33:25 [Mandalore] Can we bring our sun to another star?

  • 37:03 [Geonosis] Lunar probe flying with springs?

πŸ“Ί VIDEO VERSION

https://youtu.be/TAx9s_idIpI

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What are the risks of returning samples from Mars? What happens if you bring two stars together? Which galaxies can be seen with the naked eye? What is the system behind naming stars and exoplanets? All this and more in this week's Q&A!

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 01:19 [Tatooine] Can we bring viruses from Mars?

  • 07:42 [Coruscant] What is the maximum size limit for black holes?

  • 12:03 [Hoth] What happens when two stars come together?

  • 15:26 [Naboo] What to expect from Artemis 2?

  • 17:32 [Kamino] What are my thoughts on Artemis 2 crew?

  • 20:57 [Bespin] How are stars and planets named?

  • 23:43 [Mustafar] Which galaxies can be seen with a naked eye?

  • 25:53 [Alderaan] What it feels like standing on an asteroid being destroyed?

  • 28:38 [Dagobah] Will NASA land on an asteroid?

  • 30:58 [Yavin] How cold is it in space?

  • 33:25 [Mandalore] Can we bring our sun to another star?

  • 37:03 [Geonosis] Lunar probe flying with springs?

πŸ“Ί VIDEO VERSION

https://youtu.be/TAx9s_idIpI

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What are Fast Radio Bursts? Did we get a step closer to answering this question by associating some of them with a Kilonova event? What Cosmology questions can we solve by studying FRBs? Discussing all these things with Dr Clancy James from Curtin University.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:41 Second Kilonova event

  • 03:37 FRB connection to neutron star collisions

  • 13:13 Mechanism behind Fast Radio Bursts

  • 23:12 How to observe and study FRBs

  • 29:12 Repeating FRBs

  • 32:30 How FRBs are useful for Cosmology

  • 38:10 When will we solve FRBs

πŸ“Ί VIDEO VERSION

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What are Fast Radio Bursts? Did we get a step closer to answering this question by associating some of them with a Kilonova event? What Cosmology questions can we solve by studying FRBs? Discussing all these things with Dr Clancy James from Curtin University.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:41 Second Kilonova event

  • 03:37 FRB connection to neutron star collisions

  • 13:13 Mechanism behind Fast Radio Bursts

  • 23:12 How to observe and study FRBs

  • 29:12 Repeating FRBs

  • 32:30 How FRBs are useful for Cosmology

  • 38:10 When will we solve FRBs

πŸ“Ί VIDEO VERSION

https://youtu.be/o8uTWGBSLcU

πŸ“° EMAIL NEWSLETTER

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Meet the crew of Artemis 2, we might have the perfect date for a Mars mission, and astronomers discover an ultramassive black hole.

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Meet the crew of Artemis 2, we might have the perfect date for a Mars mission, and astronomers discover an ultramassive black hole.

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There's an effect called photophoretic propulsion. You could have seen it in a Crookes radiometer. One of the NIAC awards of 2023 was granted to a team that hopes to use this effect to develop a propulsion system. This can allow flying in altitudes nothing else can fly and possibly even explore other worlds.

πŸ¦„ Support us on Patreon:

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πŸ‘‰ More about the NIAC grant:

https://www.nasa.gov/directorates/spacetech/niac/2023/Photophoretic_Propulsion_Enabling_Mesosphere_Exploration/

https://bargatin.seas.upenn.edu/

  • 00:00 Intro

  • 01:19 Levitation in science

  • 05:47 Coming up with a design

  • 11:33 Testing the design

  • 15:34 Potential applications

  • 23:10 Challenges

  • 28:03 Other worlds

  • 33:18 Outro

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There's an effect called photophoretic propulsion. You could have seen it in a Crookes radiometer. One of the NIAC awards of 2023 was granted to a team that hopes to use this effect to develop a propulsion system. This can allow flying in altitudes nothing else can fly and possibly even explore other worlds.

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ‘‰ More about the NIAC grant:

https://www.nasa.gov/directorates/spacetech/niac/2023/Photophoretic_Propulsion_Enabling_Mesosphere_Exploration/

https://bargatin.seas.upenn.edu/

  • 00:00 Intro

  • 01:19 Levitation in science

  • 05:47 Coming up with a design

  • 11:33 Testing the design

  • 15:34 Potential applications

  • 23:10 Challenges

  • 28:03 Other worlds

  • 33:18 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/BzG64g4UEHo

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How complex must a telescope be to use the solar gravitational lens? How would we approach mining asteroids? How to detect magnetic fields outside the solar system? What is the size limit for a planet? All this and more in this week's Q&A.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 00:52 [Tatooine] What is the size limit for a planet?

  • 03:51 [Coruscant] How complex must a telescope be to use the solar gravitational lens?

  • 08:19 [Hoth] How would we approach mining asteroids?

  • 10:42 [Naboo] How to detect magnetic fields outside the solar system?

  • 13:49 [Kamino] Which telescopes did China fund?

  • 15:56 [Bespin] Will we discover what's outside of our Universe?

  • 19:06 [Mustafar] Oumuamua: artificial or natural?

  • 21:39 [Alderaan] Planets caught in binary stars' Lagrange points?

  • 26:12 [Dagobah] What's my take on artificial versus organic intelligence?

  • 28:31 [Yavin] What is my preferred answer to the Fermi Paradox?

πŸ“Ί VIDEO VERSION

https://youtu.be/zLCwPNbm6WY

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More description

How complex must a telescope be to use the solar gravitational lens? How would we approach mining asteroids? How to detect magnetic fields outside the solar system? What is the size limit for a planet? All this and more in this week's Q&A.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 00:52 [Tatooine] What is the size limit for a planet?

  • 03:51 [Coruscant] How complex must a telescope be to use the solar gravitational lens?

  • 08:19 [Hoth] How would we approach mining asteroids?

  • 10:42 [Naboo] How to detect magnetic fields outside the solar system?

  • 13:49 [Kamino] Which telescopes did China fund?

  • 15:56 [Bespin] Will we discover what's outside of our Universe?

  • 19:06 [Mustafar] Oumuamua: artificial or natural?

  • 21:39 [Alderaan] Planets caught in binary stars' Lagrange points?

  • 26:12 [Dagobah] What's my take on artificial versus organic intelligence?

  • 28:31 [Yavin] What is my preferred answer to the Fermi Paradox?

πŸ“Ί VIDEO VERSION

https://youtu.be/zLCwPNbm6WY

πŸ“° EMAIL NEWSLETTER

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We finally got JWST data about TRAPPIST-1. An Earth-sized rogue planet was found. More information about China’s plans for the Moon.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ“Ί VIDEO VERSION

https://youtu.be/G0o8S-T13Do

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More description

We finally got JWST data about TRAPPIST-1. An Earth-sized rogue planet was found. More information about China’s plans for the Moon.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

πŸ“Ί VIDEO VERSION

https://youtu.be/G0o8S-T13Do

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The United Arab Emirates are making good progress in space exploration. Their Hope mission is orbiting Mars since 2021. Their Rashid rover is on its way to the Moon. They are also planning a mission to the Asteroid belt.

In this interview, I'm discussing UAE's current progress as well as future missions with Mohsen Al Alwahdi, the Director of the Space Missions Department at UAE Space Agency.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 00:50 UAE's Hope mission at Mars

  • 03:22 Science goals and results

  • 07:14 Current state of the spacecraft

  • 10:17 Tech for future missions

  • 14:02 Rashid Moon rover

  • 15:11 Next missions

  • 18:55 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/Svtn9WACg8A

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The United Arab Emirates are making good progress in space exploration. Their Hope mission is orbiting Mars since 2021. Their Rashid rover is on its way to the Moon. They are also planning a mission to the Asteroid belt.

In this interview, I'm discussing UAE's current progress as well as future missions with Mohsen Al Alwahdi, the Director of the Space Missions Department at UAE Space Agency.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 00:50 UAE's Hope mission at Mars

  • 03:22 Science goals and results

  • 07:14 Current state of the spacecraft

  • 10:17 Tech for future missions

  • 14:02 Rashid Moon rover

  • 15:11 Next missions

  • 18:55 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/Svtn9WACg8A

πŸ“° EMAIL NEWSLETTER

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In this interview, I'm talking with Theresa Benyo and Lawrence Forsley from NASA. They are authors of a Lattice Confinement Fusion Reactor that got a NIAC award this year. A reactor like this could help us melt through the ice on Europa and Enceladus and have other interesting applications in space missions.

The extended version also includes additional questions from Matt Williams:

https://youtu.be/decKMi2FBxk

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ‘‰ More about the NIAC project; https://www.nasa.gov/directorates/spacetech/niac/2023/Accessing_Icy_World_Oceans/

  • 00:00 Intro

  • 02:30 How tough is Europa's ice

  • 04:31 Lattice confinement fusion

  • 14:43 How the probe will look like

  • 22:54 What's next for the NIAC project

  • 25:57 Other applications for the reactor

  • 31:55 Where's the upper limit for the project

  • 37:15 Going interstellar

  • 41:10 Behind the scenes and additional questions

πŸ“Ί VIDEO VERSION

https://youtu.be/7Idm53V687I

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Support Universe Today Podcast

More description

In this interview, I'm talking with Theresa Benyo and Lawrence Forsley from NASA. They are authors of a Lattice Confinement Fusion Reactor that got a NIAC award this year. A reactor like this could help us melt through the ice on Europa and Enceladus and have other interesting applications in space missions.

The extended version also includes additional questions from Matt Williams:

https://youtu.be/decKMi2FBxk

πŸ¦„ Support us on Patreon:

https://patreon.com/universetoday

πŸ‘‰ More about the NIAC project; https://www.nasa.gov/directorates/spacetech/niac/2023/Accessing_Icy_World_Oceans/

  • 00:00 Intro

  • 02:30 How tough is Europa's ice

  • 04:31 Lattice confinement fusion

  • 14:43 How the probe will look like

  • 22:54 What's next for the NIAC project

  • 25:57 Other applications for the reactor

  • 31:55 Where's the upper limit for the project

  • 37:15 Going interstellar

  • 41:10 Behind the scenes and additional questions

πŸ“Ί VIDEO VERSION

https://youtu.be/7Idm53V687I

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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Why don't we send microscopes on space probes to search for life? How do black holes even form? Can Chat GPT or similar systems help Astronomy? How will we use Starship when it starts to fly?

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 01:04 [Tatooine] How can black holes even exist?

  • 04:43 [Coruscant] How to dock to a spinning space station?

  • 08:12 [Hoth] Why not send microscopes on space probes?

  • 11:18 [Naboo] Where's the green screen?

  • 13:25 [Kamino] Why didn't Mars get a Moon like the Earth?

  • 17:04 [Bespin] How hard is it to get interviews or talk with NASA?

  • 21:32 [Mustafar] Can Chat GPT help Astronomy?

  • 25:24 [Alderaan] Why don't we go under to the icy moons' subsurface oceans?

  • 28:39 [Dagobah] What will drive public interest in space in the coming years?

  • 31:43 [Yavin] How will we use Starship?

  • 34:46 [Mandalore] How to travel faster than light?

πŸ“Ί VIDEO VERSION

https://youtu.be/rdUbuioi2TA

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Support Universe Today Podcast

More description

Why don't we send microscopes on space probes to search for life? How do black holes even form? Can Chat GPT or similar systems help Astronomy? How will we use Starship when it starts to fly?

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Start

  • 01:04 [Tatooine] How can black holes even exist?

  • 04:43 [Coruscant] How to dock to a spinning space station?

  • 08:12 [Hoth] Why not send microscopes on space probes?

  • 11:18 [Naboo] Where's the green screen?

  • 13:25 [Kamino] Why didn't Mars get a Moon like the Earth?

  • 17:04 [Bespin] How hard is it to get interviews or talk with NASA?

  • 21:32 [Mustafar] Can Chat GPT help Astronomy?

  • 25:24 [Alderaan] Why don't we go under to the icy moons' subsurface oceans?

  • 28:39 [Dagobah] What will drive public interest in space in the coming years?

  • 31:43 [Yavin] How will we use Starship?

  • 34:46 [Mandalore] How to travel faster than light?

πŸ“Ί VIDEO VERSION

https://youtu.be/rdUbuioi2TA

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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We know about thousands of exoplanets by now. But it's still a mystery, whether there are planets in the Alpha Centauri binary system, which is just next door to us. My guest today, Professor Peter Tuthill, is the Mission Leader for the TOLIMAN Telescope mission, which is designed to find those answers.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:29 Are there planets at Alpha Centauri

  • 08:22 How can we know they are there

  • 11:20 TOLIMAN Telescope

  • 30:04 JWST experiments

  • 37:34 Next big telescopes for planet hunting

  • 48:38 Discovering many more exoplanets

  • 51:50 Next generation of instruments

  • 59:05 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/jKDu4I0cLHE

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Support Universe Today Podcast

More description

We know about thousands of exoplanets by now. But it's still a mystery, whether there are planets in the Alpha Centauri binary system, which is just next door to us. My guest today, Professor Peter Tuthill, is the Mission Leader for the TOLIMAN Telescope mission, which is designed to find those answers.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:29 Are there planets at Alpha Centauri

  • 08:22 How can we know they are there

  • 11:20 TOLIMAN Telescope

  • 30:04 JWST experiments

  • 37:34 Next big telescopes for planet hunting

  • 48:38 Discovering many more exoplanets

  • 51:50 Next generation of instruments

  • 59:05 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/jKDu4I0cLHE

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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iSpace reaches the Moon, Relativity Space’s 3D printed rocket fails to reach orbit, a mission will search for habitable worlds at Alpha Centauri.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

β˜„οΈ EARLY ACCESS: Searching for Habitable Planets at Alpha Centauri with the TOLIMAN Mission

https://vimeo.com/manage/videos/811359865

πŸ‘‰ NIAC 2023 Interviews:

https://www.youtube.com/playlist?list=PLbJ42wpShvmmM_Ft5DzAbrwzXHB8ED0rf

πŸ‘‰ More interviews:

https://www.youtube.com/playlist?list=PLbJ42wpShvmnK1xmCRad_8bn0uOcmLiIE

πŸ“Ί VIDEO VERSION

https://youtu.be/ZmDk2XxDh4g

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frasercain@gmail.com

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Support Universe Today Podcast

More description

iSpace reaches the Moon, Relativity Space’s 3D printed rocket fails to reach orbit, a mission will search for habitable worlds at Alpha Centauri.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

β˜„οΈ EARLY ACCESS: Searching for Habitable Planets at Alpha Centauri with the TOLIMAN Mission

https://vimeo.com/manage/videos/811359865

πŸ‘‰ NIAC 2023 Interviews:

https://www.youtube.com/playlist?list=PLbJ42wpShvmmM_Ft5DzAbrwzXHB8ED0rf

πŸ‘‰ More interviews:

https://www.youtube.com/playlist?list=PLbJ42wpShvmnK1xmCRad_8bn0uOcmLiIE

πŸ“Ί VIDEO VERSION

https://youtu.be/ZmDk2XxDh4g

πŸ“° EMAIL NEWSLETTER

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There are radio wavelengths that we can't see from Earth. And to observe them from space, we need a truly huge telescope. Mary Knapp and her team proposed a project that can allow us to build such a telescope and they just recently got a NIAC grant for it.

πŸ‘‰ More about the NIAC award:

https://www.nasa.gov/directorates/spacetech/niac/2023/Great_Observatory_for_Long_Wavelengths/

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:20 Haystack Observatory

  • 02:48 NIAC proposal for 100-km telescope

  • 14:23 What Science Can the Telescope Do

  • 30:36 New Approach to Space Telescopes

  • 39:21 What's Next

  • 41:55 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/l8NZDimTlwM

πŸ“° EMAIL NEWSLETTER

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More description

There are radio wavelengths that we can't see from Earth. And to observe them from space, we need a truly huge telescope. Mary Knapp and her team proposed a project that can allow us to build such a telescope and they just recently got a NIAC grant for it.

πŸ‘‰ More about the NIAC award:

https://www.nasa.gov/directorates/spacetech/niac/2023/Great_Observatory_for_Long_Wavelengths/

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:20 Haystack Observatory

  • 02:48 NIAC proposal for 100-km telescope

  • 14:23 What Science Can the Telescope Do

  • 30:36 New Approach to Space Telescopes

  • 39:21 What's Next

  • 41:55 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/l8NZDimTlwM

πŸ“° EMAIL NEWSLETTER

Read by 60,000 people every Friday. Written by Fraser. No ads.

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Scientists came up with a method to produce concrete on the Moon and Mars using potato starch. In this interview, I'm talking with Dr Aled Roberts, who is the Principle Investigator of this research.

πŸ¦„ Support us on Patreon: https://patreon.com/universetoday

  • 00:00 Intro

  • 01:06 Building materials from biomaterials

  • 07:06 Challenges of building on the Moon and Mars

  • 10:20 From human blood to potato starch

  • 19:02 How to implement the tech

  • 26:46 DNA manipulation

  • 32:36 Alternative applications

  • 38:00 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/xC7jFJYodIY

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Scientists came up with a method to produce concrete on the Moon and Mars using potato starch. In this interview, I'm talking with Dr Aled Roberts, who is the Principle Investigator of this research.

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  • 00:00 Intro

  • 01:06 Building materials from biomaterials

  • 07:06 Challenges of building on the Moon and Mars

  • 10:20 From human blood to potato starch

  • 19:02 How to implement the tech

  • 26:46 DNA manipulation

  • 32:36 Alternative applications

  • 38:00 Outro

πŸ“Ί VIDEO VERSION

https://youtu.be/xC7jFJYodIY

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