Space Nuts: Astronomy Insights & Cosmic Discoveries – Details, episodes & analysis

Join Andrew Dunkley and Professor Fred Watson in this captivating episode of Space Nuts, where they explore the latest discoveries and theories in astronomy and space science.
Episode Highlights:
- Rogue Planets Discovered: The James Webb SpaceTime Telescope has identified six new rogue, or orphan, planets. Learn about these mysterious celestial bodies that wander the galaxy without a star to orbit.
- - Dark Matter Doubts: A new study raises questions about the existence of dark matter. Discover the findings from the Lux Zeppelin detector and what they mean for our understanding of the universe.
- - The Fermi Paradox Revisited: Explore new ideas around the Fermi Paradox and the existence of extraterrestrial life. Could alien life be so different from us that we simply can't detect it?
- For more Space Nuts, including our continually updating newsfeed, visit our website at spacenutspodcast.com . 
- For more Space and Astronomy News Podcasts, visit our HQ at www.bitesz.com.
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- Stay curious, keep looking up, and join us next time for more stellar insights and cosmic wonders. Until then, clear skies and happy stargazing.

This Q&A episode of Space Nuts is brought to you by Incogni. To check our special Space Nuts deal visit www.incogni.com/spacenuts

Space Nuts Q&A: Voyager's Journey, Star Formation, and Absolute Temperature Limits Join Andrew Dunkley and Professor Fred Watson in this engaging Q&A episode of Space Nuts, where they dive into intriguing listener questions about SpaceTime exploration, star formation, and the mysteries of temperature limits in the universe.
Episode Highlights:

• Voyager's Future Path: Alan from Alberta asks about the future trajectory of Voyager 1 and 2. Discover what they might encounter in the distant future and the fascinating possibilities of their journey through interstellar SpaceTime.
• - Star Formation and Black Holes: Ron from New York brings up a complex topic about how supermassive black holes can quench star formation in galaxies. Fred Watson explains the mechanisms behind this phenomenon and the latest findings from the Webb Space Telescope.
• - Absolute Temperature Limits: Time to Take from Florida questions the upper limit of temperature in the universe. Explore the concept of absolute zero, the speed of light, and why there's no absolute maximum temperature.
• - Hypothetical Digestibility: Rennie poses a fun hypothetical about whether humans could digest plants and animals from another planet. Fred Watson and Andrew discuss the possibilities and potential risks.
• Don't forget to send us your questions for our Q&A episodes via our website... spacenuts.io
• Support Space Nuts and join us on this interstellar journey by visiting our website support page. Your contributions help us continue our mission to explore the wonders of the universe. Clear skies and boundless exploration await on Space Nuts, where we make the cosmos your backyard.Visit our websites:- www.spacenuts.io
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Mars, Exoplanets, and Spacewalk Solutions
Join Andrew Dunkley and Professor Fred Watson in this captivating episode of Space Nuts, where they explore the latest discoveries and innovations in space exploration.
Episode Highlights:
- Curiosity's Sulphur Surprise: Discover the unexpected find by the Curiosity rover on Mars—a cluster of rocks revealing pure sulphur crystals. Fred explains the significance of this discovery and the conditions that might have led to the formation of these crystals in Gale Crater.
- Extreme Exoplanet Orbits: Learn about the unique and highly elongated orbit of exoplanet TIC 241-24-9530 b. This planet's orbit could provide insights into the migration patterns of hot Jupiters and the dynamics of planetary systems.
- To Pee or Not to Pee: Uncover the latest advancements in spacewalk technology designed to make life easier for astronauts. Fred and Andrew discuss a new device that collects and filters urine, turning it into drinkable water, and its potential impact on long-duration space missions.
- Don't forget to send us your questions via our website... spacenuts.io.
- Support Space Nuts and join us on this interstellar journey by visiting our website support page. Your contributions help us continue our mission to explore the wonders of the universe. Clear skies and boundless exploration await on Space Nuts, where we make the cosmos your backyard.
- Visit our websites:
- www.spacenuts.io
- www.bitesz.com

In this episode, you will be able to: Uncover the potential for water sources on Mars due to newly discovered glacial remains. Dive into the intricacies of ultra-massive black holes and their impact on gravitational lensing and event horizons. Grasp the complex issue of time travel and how Earth's motion affects pinpointing landing locations. Explore the limitations of telescopes and active sensors in detecting objects beyond our solar system. Ponder the potential of the singularity, faster-than-light travel, and Cherenkov radiation in expanding our universe exploration. The resources mentioned in this episode are: Visit the phys.org website to read more about the discovery of glacial remains on Mars and the potential implications for future exploration. Learn more about gravitational lensing and how it can be used to measure the mass of celestial objects, such as ultra-massive black holes. Explore the Abell 1201 cluster and its ultra-massive black hole, which is 33 billion times more massive than the sun. Compare the ultra-massive black hole at the center of the Abell 1201 cluster to other known black holes, including the supermassive black hole at the center of our own galaxy. Research the different methods used to measure the mass of black holes, such as observing the velocity of material swirling around in their accretion disks.

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In this episode, you will be able to: Unravel the intriguing results of the Chang'e 5 mission and its implications on lunar water resources. Investigate the peculiar characteristics of 'Oumuamua and its potential hydrogen propulsion mechanism. Mitigate Earth's asteroid threats by understanding the process of detecting perilous objects. Analyze the consequences of a mysterious Mars-sized planet's influence on Earth's rotation. Envision the prospects of space exploration with the availability of the moon's bountiful water resources. For more Space Nuts, visit our website or follow us on socials. We're everywhere... Website: https://www.spacenuts.io YouTube: youtube.com/@spacenuts Twitter: @spacenutspodcst Facebook: @SpaceNutspodcast Instagram: https://www.instagram.com/spacenuts.io/ Discord: @SpaceNutsPodcast TikTok: @BiteszHQ
#astronomy #space #science #spacenuts #podcast

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An all-listener questions episode. Hear what's on the minds of our listeners. Explore the mysterious universe and uncover the secrets of dark matter and dark energy with Andrew and Fred. "Matter tells space how to bend. Space tells matter how to move." - John Wheeler Professor Fred Watson is an astronomer and science communicator, best known for his work in the field of astrophysics. He is a regular contributor to numerous science-related media outlets around the globe. Professor Fred Watson was taken aback by Rusty's question about how the rotation curves vary with wavelength. After exploring Einstein's famous theory of gravity, Fred discussed the dangers of the neutron star and the web of dark matter that formed structures in the universe. He explained that dark energy, while being uniform throughout the universe, was the cause of the universe's accelerating expansion. He then discussed the possibility of dark matter black holes, concluding that they should behave the same as normal matter black holes. Finally, he discussed the research done by colleagues in Australia which suggested that the speed of light may have been different in the past. This thought-provoking conversation left Fred and the listeners with questions to ponder. In this episode, you will learn the following: 1. What phenomena would you encounter if you were magically transported to a neutron star? 2. What is the difference between dark matter and dark energy and how do they interact with each other? 3. Could the speed of light or charge of the electron have been different in the past? Resources: For more Space Nuts and how you can help support the show, please visit our website at www.spacenuts.io Connect with us: Facebook: spacenutspodcast YouTube: @spacenutspodcast Twitter: @spacenutspodcst Website: www.spacenuts.io Or look for us on Discord. Loved this episode? Leave us a review and rating here: https://www.bitesz.com/show/space-nuts/reviews/new/

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In this episode of the podcast, Fred Watson embarks on a journey to the National Press Club to attend a big event featuring NASA Administrator Bill Nelson, only to find himself in the wrong place at the wrong time and caught in a thunderstorm. "If you're going to bet on where the most likely place for an eruption to occur on Venus, this would be it. It's the tallest volcano on the planet." Fred Watson was in a hotel room in Canberra when a thunderstorm struck, sending him scrambling to unplug his electronics. While there, he heard about the National Press Club lunch with the NASA administrator, Bill Nelson, and his deputy, Pam Melroy. He managed to get a ticket and attended the event, where he learned about the volcanically active planet Venus. Robert Herrick, a planetary scientist at the University of Alaska, had detected a particular volcanic vent that had changed in shape and size over an eight month period. Professor Herrick suggested that this could be a recent volcanic event; and Trevor Allen's research on the carbonaceous asteroid, 162173 Ryugu, uncovered evidence of uracil, a component of RNA molecules. In this episode, you will learn the following: 1. What is the Veritas mission and how could it further our understanding of volcanoes on Venus?Herrick 2. How did researchers detect uracil in the carbonaceous asteroid 162173 Ryugu? 3. How does the sun's core lose mass and energy and how does it become visible radiation? Connect with us: Facebook: @spacenutspodcast YouTube: @spacenutspodcast Twitter: @spacenutspodcst Website: www.spacenuts.io Loved this episode? Leave us a review and rating here: https://www.bitesz.com/show/space-nuts/reviews/new/ Sponsor Details: This episode is brought to you thanks to the support of NordVPN. To check out the special Space Nuts deals at the moment, just visit www.nordvpn.com/spacenuts and click on the Get the Deal button. Thank you.

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When an ambitious astrophysicist discovers a lone galaxy 9.2 billion light years away, she unravels the mystery of a fossil cluster, uncovering an unexpected twist in the evolution of carbon in the universe. In this episode, learn about astronomy topics - Quasars, Big Bang, and Carbon formation in the universe - from a conversation between Andrew and Fred about Dr. Rebecca Davis' research. They discuss how carbon started forming in the universe, which is important as we are a carbon based life form. The research found that in the early universe there was more cold carbon than warm carbon and it may be due to the first generation of stars. This research also paves the way for future investigations with the Square Kilometer Array to detect neutral hydrogen during a key phase of the universe's history. Furthermore, there is an example of extreme galactic cannibalism, with a distant galaxy called 3 C 297, which appears to be alone in space due to gobbling up all it's neighbours. "During the period when the first stars and galaxies are forming, a lot of heavy elements are forming because we never had carbon before we had stars. One possible reason for this rapid rise is just that we're seeing the products of the first generation of stars." In this episode, you will learn the following: 1. Australian astrophysicists have uncovered a crucial new development in understanding the evolution of carbon in the universe. 2. An extremely distant and old galaxy, 3C 297, is all alone in space, because it ate its friends. 3. Astronomers have discovered the earliest fossil group ever found, suggesting that galaxies gobbling up their partners and friends happened much earlier in the universe than previously thought. Connect with us: Facebook: spacenutspodcast YouTube: @spacenutspodcast Twitter: @spacenutspodcst Website: www.spacenuts.io Loved this episode? Leave us a review and rating on our HQs website at https://www.bitesz.com/show/space-nuts/reviews/new/ - Thank you.

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Hi there, thanks for joining us. This is Space Nuts. I'm your host, Andrew Dunkley. Hope you can stick around. We've got a lot to talk about today. What time is it on the moon? It's moon time.
It could be daytime, could be night-time. It depends where you are, but we're talking about real time.
We'll elaborate in this episode and offer up some solutions. There might be a new way to find Planet Nine. We're going to look at some sunrays on Mars and the dark Big Bang Theory. We'll also be answering some audience questions and much, much more on this episode of Space Nuts. "Throughout human history, exploration has actually been a key driver of improved timekeeping and geodetic reference models." The idea is how do you define time on the Moon. Do you have lots of different time zones, like we have on Earth? Or do you have a single lunar time zone? A joint international effort is now being launched towards achieving this. In this episode, you will learn the following: 1. How is time being defined on the Moon? 2. What is Planet Nine and can we find it? 3. Have Crepuscular Rays been seen on Mars for the first time? For more Space Nuts simply visit our website at www.spacenuts.io where you can find our entire back catalogue, plus learn how you can join our crew and become a supporter and access the rewards that go with that. Come join our elite family. Connect with mus: Facebook: spacenutspodcast YouTube: @spacenutspodcast Twitter: spacenutspodcst Website: www.spacenuts.io Loved this episode? Leave us a review and rating here on either Apple Podcasts or Spotify. It would be enormously helpful. Thank you.
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#space #science #astronomy #news #podcast #spacenuts

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Experience the awe-inspiring power of the universe with a journey to see the aurora australis and witness spaghettification first-hand! Learn about Aurora displays from this Space Nuts podcast episode featuring Fred Watson and Andrew Dunkley. Apparently, people have been seeing these aurora displays in unusual places due to various plasma bubbles being spat out from the sun. This is not surprising as we are approaching the solar maximum, which is the regular up and down trend in the number of sunspots that appear on the sun. These sunspots are highly intense regions of magnetism that release energy in the form of plasma bubbles which cause the green, red and sometimes purple lights of the aurora. It is unusual for people to be seeing the aurora in places such as the UK, and the best time to look is near the equinox. Plus we’re witnessing a spaghettification first hand, but what exactly is that, and lastly, the Space Station was damaged by a micrometeoroid and a rescue mission is underway. In this episode, you will learn the following: 1. People are seeing the aurora in unexpected places - what is causing this phenomenon? 2. What will happen to the mysterious gas cloud X-7 as it passes closest to a black hole in 2036? 3. An uncrewed rescue mission was sent to the International Space Station - what was the mission and why was it necessary? Connect with us: Facebook: spacenutspodcast YouTube: @spacenutspodcast Twitter: spacenutspodcst Website: www.spacenuts.io Loved this episode? Leave us a review and rating here on Apple Podcasts or Spotify. Thank you. https://podcasts.apple.com/us/podcast/space-nuts/id1080090608 https://open.spotify.com/show/3zSV4WU2cA7iPHGfRkuuHO
#space #astronomy #news #science #spacenuts #podcast

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