In this episode as we (attempt) to answer your burning questions, you will be able to: · Explore the mind-bending mysteries of black holes and event horizons. · Discover fascinating specializations within the fields of physics and astronomy. · Uncover the constant evolution and breakthroughs in the astronomy field. · Delve into the intriguing world of privatization of satellite launches. "How do you tell the difference between something that is very, very dense but not infinite, and something that is infinite?" - Fred Watson Exploring Specializations in Physics and Astronomy We delve into various specializations in physics and astronomy like solar physics, space physics, and astro seismology. These fields are ever-evolving, and researchers often move between specializations. The discussion underscores the diverse and dynamic nature of these sciences, emphasizing that broad-based knowledge and collaboration are indispensable for progress. The resources mentioned in this episode are: · Visit our website to listen to more episodes of Space Nuts. https://spacenuts.io · Check out our social media pages for updates and behind-the-scenes content. · Subscribe to our podcast on your preferred podcast platform to never miss an episode. · Join our mailing list to receive exclusive content and updates. · Explore our merchandise store to get your own Space Nuts shirt and show your support. · Submit your own questions for a chance to have them answered on a future episode. · Follow Professor Fred Watson on social media for more astronomy insights. · Learn more about black holes and their properties by reading scientific publications and books on the topic. · Consider studying astronomy or physics to specialize in a specific field of research. · Support organizations and initiatives that promote scientific research and education, such as the Australian Academy of Science or the International Astronomical Union.

This episode of Space Nuts is brought to you by Dragonball Legends. Download it on your mobile device from the Apple App Store or Google Play and help support Space Nuts. Space enthusiasts and science lovers, Andrew Dunkley and Professor Fred Watson dive into the ironic and thrilling quest to find a lost tool bag from the International Space Station, using humor and binoculars to spot its bright apparition in the night sky and uncover the mysteries of space. · Discover the fascinating world of space exploration in the latest episode of the Space Nuts podcast. · Experience the exhilaration of zero gravity as you take a virtual roller coaster ride through space. · Join the hunt for a lost tool bag from the International Space Station and learn about the challenges of retrieving lost items in space. · Dive into the mind-boggling mysteries of black holes and unravel the secrets behind the formation of planets. · We talk about SpaceX’s latest rocket test and how it really was a success. · Uncover the origin of water on Earth and how it shaped the development of life on our planet. The key moments in this episode are: 00:00:00 - Introduction 00:00:20 - Spinning Sagittarius A* 00:00:27 - Planets and Pebbles 00:00:34 - Lost Space Rocket and Tool Bag 00:00:45 - Audience Questions 00:15:37 - The Earth's Rotation and Black Holes 00:18:13 - Black Hole's Mass and Rotation Speed 00:22:35 - Water Formation in Planets 00:25:47 - Icy Pebble Drift Theory 00:33:32 - Possibility of a habitable moon orbiting a super Earth 00:39:08 - Energy emissions from quasars 00:41:17 - Dark matter stars 00:41:57 - Favorite space conspiracy theories 00:50:47 - How to Send Questions 00:51:09 - Support and Becoming a Patron 00:51:16 - Wrapping up the Show 00:51:53 - Conclusion and Goodbye Decipher the enigma of the lost tool bag Take part in the intriguing discussion about the lost tool bag from the International Space Station. The conversation explores the probable fate of the bag and its potential visibility from earth, sparking your curiosity. Find yourself enthralled by the veil of mystery surrounding this seemingly mundane item, as it orbits our planet. · https://www.facebook.com/spacenutspodcast · www.spacenuts.io · https://www.twitter.com/spacenutspod · https://www.linkedin.com/in/biteszHQ · https://www.youtube.com/@spacenutspodcast In this episode, you will be able to: · Discover the thrilling experience of zero gravity on a roller coaster, transporting you to the weightless realm of outer space. · Explore the fascinating tale of a lost tool bag from the International Space Station and the ingenious efforts to retrieve it, showcasing the resourcefulness of astronauts. · Unveil the mysteries behind black holes and their role in the formation of planets, shedding light on the incredible cosmic forces shaping our universe. · Dive into the captivating story of the origin of water on Earth, unraveling the secrets of our planet's life-sustaining liquid and its connection to the vastness of space. Space junk is a big problem...cost[ing] a million dollars a shot...SpaceX's technique for improving things...You build it and try it out. If it doesn't work, you think again and build it again. And when you've got a lot of money, that's what you can do. - Andrew Dunkley

🌏 Get Our Exclusive NordVPN deal here ➼ https://www.nordvpn.com/spacenuts or use the checkout code SPACENUTS. It’s risk-free with Nord’s 30-day money-back guarantee! ✌ In this episode,hosts Andrew Dunkley and Professor Fred Watson delve into the cataclysmic demise of the dinosaurs, exploring various extinction theories with a fervent quest for truth, unraveling the enigmatic ancient puzzle while seeking to unearth the ultimate cause. In this episode, you will be able to: · Explore the fascinating theories behind the extinction of dinosaurs and gain a deeper understanding of this monumental event in Earth's history. · Discover the impact that star growth has on planets orbiting around them, unraveling the intriguing dynamics of celestial bodies. · Delve into the mysteries of the Andromeda galaxy, known for its massive black holes, and uncover the secrets hidden within its immense expanse. · Learn how gravity and Hawking radiation intertwine, shedding light on the intricate relationship between these fundamental forces of the universe. · Immerse yourself in the captivating discussions from the Space Nuts podcast, where space enthusiasts and science lovers engage in thought-provoking conversations about our vast cosmos. · Gain a deeper understanding of the theories surrounding the extinction of dinosaurs and uncover the mysteries behind their disappearance. · Explore the fascinating impact of star growth on orbiting planets, and how it influences the conditions necessary for life to exist. · Discover the captivating secrets of the Andromeda galaxy and its enigmatic black holes, expanding your knowledge of the vastness of the universe. · Unravel the intricate interplay between gravity and Hawking radiation, and its implications for our understanding of the fundamental laws of physics. · Delve into the Space Nuts podcast discussions and indulge your curiosity in a wide array of captivating space-related topics, offering a unique opportunity to expand your knowledge and engage with fellow space enthusiasts. It's extraordinary that 40 years after it was suggested, we're still finding out about this impact and seeing different aspects to it because of the devastation that it caused. - Andrew Dunkley The extinction of dinosaurs has been a topic of intrigue for centuries. Various theories propose the cause to be major environmental changes, catastrophic asteroid impact, or major shifts in vegetation, leading to dental maladies among the dinosaurs. The most recent development in this field proposes a global winter induced by the fallout of an asteroid impact, a theory which aligns with the devastation level required to cause such a mass extinction. The resources mentioned in this episode are: · Visit thecosmosmagazine.com website to read more about the new theory on what caused the extinction of the dinosaurs. · Check out the paper titled Chicxulub Impact Winter, sustained by fine silicate dust in the journal Nature Geoscience for more details on the research. · Explore the concept of the Anthropocene period and human-induced climate change by searching for articles and studies on the topic. · Learn more about the sun and its evolution by researching yellow dwarf stars and stellar evolution. · Discover more about the star Ro Corona Borealis and its similarities and differences to our own sun by searching for information on the star and its characteristics. · Read the paper by Stephen Kane in the Astrophysical Journal to delve deeper into the research on planets orbiting sunlike stars. · In this episode of the Space Nuts podcast, you'll join host Andrew Dunkley as he delves into the fascinating world of space exploration and scientific discoveries. With his friendly and approachable style, Andrew takes you on a journey through various topics, from the theories surrounding the extinction of dinosaurs to the lifecycle of stars and the interplay between galaxies and black holes. He effortlessly combines scientific knowledge with humor and curiosity, making complex concepts accessible to all. Whether you're a space enthusiast or simply curious about the mysteries of the universe, this episode of Space Nuts is sure to captivate your imagination and leave you with a deeper understanding of our cosmic surroundings. So sit back, relax, and get ready to embark on an interstellar adventure with Andrew Dunkley and his guests on Space Nuts. Timestamped summary of this episode: 00:00:00 - Introduction Andrew Dunkley introduces the episode and previews the topics to be discussed, including the extinction of the dinosaurs, planets orbiting a star similar to ours, and audience questions about Andromeda gravity. 00:05:38 - New Theory on Dinosaur Extinction Astronomers in Belgium and the UK have proposed a new theory on the extinction of the dinosaurs. They have found evidence of fine silicate dust in the rock strata, suggesting that the impact of a massive asteroid led to a global winter, which caused the mass extinction event. 00:08:41 - Impact of Silicate Dust The distribution of silicate dust from the asteroid impact was larger than previously estimated. This fine dust, about 1 micron in diameter, could have stayed in the atmosphere for an extended period, contributing to the global winter and the extinction of the dinosaurs. 00:02:16 - Fred's Travels Fred Watson discusses his upcoming travels to Sea Lake in Victoria for an astronomy weekend and his trip to New Zealand for the hundredth anniversary of an astronomical society. He also mentions his participation in a meeting about dark and quiet skies and the impact of satellites on astronomers. 00:04:44 - Interesting Statistics Andrew Dunkley shares interesting statistics, including the percentage of New Zealanders living in Australia (10% of their population) and the fastest-growing nationality moving to Australia (the Nepalese). He humorously advises Fred not to mix up Switzerland with Sweden, referencing a recent 00:17:05 - "Introduction to the Star's Lifecycle" The star in question is a yellow dwarf in its midlife phase, approximately 4.57 billion years old. It is currently in a steady hydrogen burning phase, similar to the Sun. This phase will continue for another 4 billion years before it transitions into a giant star. 00:19:32 - "Planets Orbiting the Star" The star, Ro Corona Borealis, has four known planets orbiting it. These planets are closer to the star than Mercury is to the Sun. One of the planets, Ro Corona Borealis d, is potentially in the habitable zone and could support life. 00:21:35 - "Impact of Star Growth on Planets" As the star grows into a red giant, the planets' fate is uncertain. Some may evaporate or be torn apart by the gravitational effects. Others may be thrown out of the system and become rogue planets. The exact outcomes depend on the planets' orbits and interactions with other planets. 00:25:04 - "Predictions for the Planets" The prediction for the four known planets is that one will evaporate within the star's atmosphere, one will spiral in and be tidally disrupted, one will be destroyed at the end of a phase of evolution, and the fate of the fourth planet is uncertain. There could also be other undetected planets that may survive or be influenced by the star's growth. 00:35:32 - The Spectacular Event of the Andromeda Galaxy The speaker discusses the possibility of the Andromeda galaxy getting closer to our galaxy. Although the event would be spectacular, it would happen on a timescale that wouldn't affect us humans. 00:36:27 - Collision of Galaxies The collision between our galaxy and the Andromeda galaxy would result in a phenomenal sight, but it would be a slow process that wouldn't impact us directly. Simulations indicate that the two galaxies will pass through each other multiple times before settling into a new galaxy devoid of hydrogen. 00:37:33 - Black Hole Merger In response to a listener's question, it is mentioned that the black holes in the Milky Way and Andromeda galaxies would eventually merge due to their relative gravitational forces. This merging process is expected to happen during the collision of the two galaxies. 00:38:59 - Can Gravity Escape a Black Hole? The question of whether gravity can escape a black hole is explored. Gravity is a force field associated with a theoretical particle called a graviton, but it has never been observed or confirmed. The escape of gravitons from a black hole remains uncertain. 00:41:23 - The Myth of Bagpipes on the Moon The story of a mechanic named William Rudd playing bagpipes at the Tidbin Biller station during the Apollo program is shared. While it is unclear if the sound of the bagpipes was actually heard on the moon, The extinction of dinosaurs has been a topic of intrigue for centuries. Various theories propose the cause to be major environmental changes, catastrophic asteroid impact, or major shifts in vegetation, leading to dental maladies am

🌏 Get Our Exclusive NordVPN deal here ➼ https://www.nordvpn.com/spacenuts or use the checkout code SPACENUTS. It’s risk-free with Nord’s 30-day money-back guarantee! ✌ In this episode of Space Nuts, hosts Andrew Dunkley and Fred Watson dive into two fascinating topics that will leave space enthusiasts craving for more. They start by discussing the recent discovery about the moon's age, shedding light on its true origin and challenging previous assumptions. Dunkley's engaging and informative conversation with Professor Fred Watson delves into the research methods used to uncover this groundbreaking finding. But the excitement doesn't stop there. The episode also explores NASA's ongoing search for water ice on Mars through the SWIM project. Andrew and Fred discuss the implications of finding water ice on the Red Planet and how it could benefit future space missions. With their conversational and friendly tone, Andrew and Fred bring these complex topics to life, making it easy for listeners to grasp the significance of these discoveries. If you're passionate about space exploration and eager to stay up to date with the latest developments in planetary science, this episode of Space Nuts is a must-listen. In this episode, you will be able to: · Discover the fascinating story behind the Moon's age, unlocking secrets about the history of our solar system. · Explore the ongoing search for water ice on Mars and the potential implications for human colonization. · Learn how scientists are mapping the distribution of ice on Mars, providing crucial insights into the planet's past and future. · Get a sneak peek into the groundbreaking capabilities of the James Webb Space Telescope and how it will revolutionize our understanding of the universe. · Dive into the intriguing concept of travel time in space, including the challenges astronauts face and the exciting possibilities for future exploration. It's fascinating, isn't it, when you really think about it, that one thing in the whole history of the universe made us possible. - Andrew Dunkley The resources mentioned in this episode are: · Visit the University of Chicago and the Field Museum websites to learn more about the research conducted by the planetary scientists. · Explore the Apollo 17 mission and the samples of moon dust brought back to Earth in 1972. · Learn about zircon crystals and their significance in dating the age of the moon. · Discover more about atom probe tomography and its use in analyzing the crystals. · Research radiometric dating and its role in determining the age of the moon. · Consider the implications of the moon being 40 million years older than previously believed. · Reflect on the formation of the moon and its impact on Earth's rotation and the evolution of life. · Explore the concept of the moon being made mostly of Earth's material rather than Thea's. · Investigate the differences between the near side and far side of the moon and the tidal locking phenomenon. · Contemplate the hypothetical scenario of Earth's size if it had not been impacted by Thea. · · Visit the University of Chicago and the Field Museum websites to learn more about the research conducted by the planetary scientists. · Explore the Apollo 17 mission and the samples of moon dust brought back to Earth in 1972. · Learn about zircon crystals and their significance in dating the age of the moon. · Discover more about atom probe tomography and its use in analyzing the crystals. · Research radiometric dating and its role in determining the age of the moon. · Consider the implications of the moon being 40 million years older than previously believed. · Reflect on the formation of the moon and its impact on Earth's rotation and the evolution of life. · Explore the concept of the moon being made mostly of Earth's material rather than Thea's. · Investigate the differences between the near side and far side of the moon and the tidal locking phenomenon. · Contemplate the hypothetical scenario of Earth's size if it had not been impacted by Thea. Timestamped summary of this episode: 00:02:10 - "The Moon's True Age" Scientists have discovered that the Moon is actually older than previously thought, with a minimum age of 4.46 billion years. This new finding sheds light on the early history of the solar system and indicates that the Moon formed in its infancy. 00:05:20 - "The Moon's Molten Origins" During the early stages of the solar system, both the Earth and the Moon were molten bodies. The Moon's spherical shape was formed due to its softness and the pull of gravity. Understanding this molten period is crucial in determining the age of the Moon. 00:07:08 - "Reanalyzing Moon Dust" In 1972, Apollo 17 brought back moon dust samples, including crystals of zircon. Scientists have reanalyzed these crystals using advanced techniques such as atom probe tomography and radiometric dating. By measuring the radioactive decay within the crystals, they have determined the Moon's true age. 00:09:08 - "Implications of an Ancient Moon" The Moon's newfound age of 4.46 billion years suggests that it formed very early in the history of the solar system. This discovery has implications for our understanding of the Earth's formation, as the Moon likely cooled earlier than our planet. The Moon is an ancient body with a rich history. 00:17:38 - The Moon's Age The hosts discuss a recent discovery that suggests the moon may be older than previously thought. They mention how the materials from Theia and the moon have been color-coded and express their curiosity about the implications of this finding. 00:18:32 - Introduction to Mars The hosts transition to discussing Mars, noting that it is Andrew's favorite planet. They mention the "Swim" project, which stands for Subsurface Water Ice Mapping Project, and highlight the importance of water ice for future astronauts on Mars. 00:19:24 - Ice on Mars The hosts clarify a misconception that the ice on Mars is all carbon dioxide. They explain that while some of the frost around the poles is carbon dioxide, a significant amount of Mars's ice is actually water ice. They mention the discovery of water ice by the Phoenix spacecraft and the presence of permafrost on Mars. 00:23:40 - The Swim Project The hosts discuss NASA's Swim project, which aims to map the locations of Martian ice. They explain that data from multiple NASA missions, including Mars Reconnaissance Orbiter and Mars Odyssey, have been used to identify potential sites for future missions to dig up ice. They mention the use of recent impact craters as indicators of subsurface ice. 00:26:30 - Mars Ice Map The hosts mention a work-in-progress map produced by the Swim project that shows the locations of Martian ice. They refer listeners to a NASA webpage for more information and 00:35:05 - The Flash of the Big Bang The host explains the analogy of an audience cheering a band to help understand why we can still see the flash of the Big Bang. He emphasizes the importance of focusing on the photons we receive from our own vantage point on Earth. 00:38:06 - The Observable Universe The host discusses the concept of the observable universe and how it extends to the flash of the Big Bang. He compares it to a horizon on a cruise ship, explaining that just because we can't see beyond it doesn't mean there is nothing there. 00:38:32 - Traveling at the Speed of Light The host answers a listener's question about whether the expansion rate of the universe is taken into consideration when calculating travel time to destinations like the moon or other galaxies. He explains that for shorter distances, the expansion of the universe is negligible, but for longer distances, it would need to be considered. 00:42:05 - The Importance of Astronomy The host addresses a listener's question about why astronomy is important and how it benefits humanity. He shares his own experience of realizing the need for science outreach and explains that astronomy is a symbol of an evolved society that goes beyond basic survival needs. 00:43:47 - Astronomy as the End Product of Civilization The host reflects on a colleague's comment that astronomy is the end product of civilization. He explains that once a society has met its basic needs, astronomy becomes a pursuit that expands knowledge, understanding

In the vast expanse of the universe, a mysterious cosmic symphony plays out, captivating our senses and challenging our understanding. But what if I told you that this symphony has a twist, an unexpected turn that leaves even the most seasoned astronomers in awe? Imagine, just when we thought we had it all figured out, we discovered that these enigmatic fast radio bursts are not just coming from one place, but from all corners of the cosmos. Brace yourselves, my fellow astrophysics enthusiasts, for the dispersion phenomenon in FRB radiation holds secrets that will unravel the very fabric of our understanding. And as we delve deeper into this cosmic riddle, prepare for a revelation that will leave your mind racing, wondering what lies beyond the reach of our current technology. In this episode of the Space Nuts podcast, you'll join host Andrew Dunkley and astronomer Professor Fred Watson as they dive into an intriguing topic in the field of extragalactic astronomy. They discuss the fascinating dispersion phenomenon in fast radio burst (FRB) radiation and its implications for our understanding of the universe. You'll learn about the discovery of a distant FRB, FRB 202-2610 A, which turned out to be the most distant ever detected. The researchers also observed a dispersion phenomenon in the burst, where higher frequency waves arrived slightly before lower frequency waves. This discovery sheds light on the interaction between FRB radiation and electrons in the universe, providing valuable insights into the matter distribution in the cosmos. The conversation delves into the missing matter in the universe and the potential hiding places for this elusive substance. So, if you're an astrophysics student or researcher interested in extragalactic phenomena, this episode of Space Nuts is a must-listen. Get ready to expand your knowledge and explore the mysteries of the universe with Andrew and Fred. In this episode, you will be able to: · Discover the fascinating world of distant fast radio bursts (FRBs) and unravel their mysterious origins. · Gain a deeper understanding of the dispersion phenomenon in FRB radiation, shedding light on how these signals travel through space. · Explore the mystery of missing matter in the universe and uncover the hidden secrets of our cosmic neighborhood. · Uncover the potential artifacts and errors that can occur in astronomical observations, ensuring the accuracy of your research and data. · Join the Space Nuts podcast as they delve into episode 376, where they unravel the wonders of the cosmos and share their contagious enthusiasm for astrophysics. The discovery of the dispersion phenomenon in fast radio bursts opens up a whole new world of possibilities for studying the structure of the universe. - Andrew Dunkley Understanding FRB Dispersion One crucial aspect of FRB research is comprehending the dispersion phenomenon, where high-frequency radio waves arrive slightly ahead of their lower-frequency counterparts. This compelling property, initially demonstrated by Jean-Pierre Macquart, shows that the dispersion of FRB radiation correlates with the distance covered. This novel insight not only deepens our grasp of FRBs but also elucidates the interaction between FRB radiation and electrons across the universe. The resources mentioned in this episode are: · Visit the ESO website (eso.org) and search for the article titled Astronomers Detect Most Distant Fast Radio Burst to Date to read more about the discovery. · Check out the Palomar Observatory website to learn more about the telescope and its history. · Follow Avi LERB, director of the Harvard Smithsonian Institute for Astronomy, for updates on his research and speculations about signals of artificial origin. · Keep an eye out for future studies and breakthroughs in the field of fast radio bursts to stay informed about the latest developments. · Explore the concept of the wow signal and its mysterious origins to satisfy your curiosity about unexplained astronomical phenomena. · Stay tuned to Space Nuts for more fascinating discussions and updates on the world of astronomy. · · Discover the fascinating world of distant fast radio bursts (FRBs) and unravel their mysterious origins. · Gain a deeper understanding of the dispersion phenomenon in FRB radiation, shedding light on how these signals travel through space. · Explore the mystery of missing matter in the universe and uncover the hidden secrets of our cosmic neighborhood. · Uncover the potential artifacts and errors that can occur in astronomical observations, ensuring the accuracy of your research and data. · Join the Space Nuts podcast as they delve into episode 376, where they unravel the wonders of the cosmos and share their contagious enthusiasm for astrophysics. The key moments in this episode are: 00:01:28 - "Discovery of a Distant Fast Radio Burst" 00:06:54 - "The Dispersion Phenomenon of Fast Radio Bursts" 00:09:38 - "Missing Matter in the Universe" 00:10:21 - "Remembering Jean Pierre Macart" 00:18:13 - The Importance of Color in Studying Stars 00:19:22 - Possible Explanations for the Disappearing Stars 00:20:41 - The Possibility of Faulty Photographic Plates 00:24:08 - Evaluation of the Possible Explanations 00:25:15 - Artifacts and Misinterpretations in Astronomy 00:35:35 - The Challenges of Achieving Science Fiction Concepts 00:36:02 - Altitude Measurement on Other Planets 00:38:09 - Apogee and Perigee Heights 00:40:44 - X Spy Satellite Honeycomb Mirror 00:41:36 - Night Sky Comparisons

🌏 Get Our Exclusive NordVPN deal here ➼ https://www.nordvpn.com/spacenuts or use the checkout code SPACENUTS. It’s risk-free with Nord’s 30-day money-back guarantee! ✌ Join us, your space-obsessed hosts, as we dive into mind-bending questions, uncover cosmic mysteries, and embark on an astronomical journey that challenges our understanding of the universe. In this episode, you will be able to: · Explore the captivating world of space with the Space Nuts podcast, where you'll uncover fascinating stories and insights from the experts. · Discover the mind-bending effects of gravity on time, as we delve into the intriguing concept of time dilation and how it shapes our understanding of the universe. · Unravel the mysteries of dark matter and its profound impact on the universe, as we dive into the research and theories behind this elusive cosmic substance. · Dive into the mesmerizing characteristics of carbon stars, as we uncover the unique properties and stunning beauty of these celestial objects that shine brightly in the night sky. · Embark on a journey through the fascinating world of orbital geometry and antimatter, and gain a deeper understanding of how these concepts shape our understanding of the universe and its intricacies. The universe is a puzzle waiting to be solved, with dark matter and dark energy as its greatest mysteries. Let's dive into the unknown and unravel the secrets of our cosmic existence. - Andrew Dunkley Exploring the captivating world of space Listeners dive into the captivating world of space in this mysterious and awe-inspiring discussion. We travel through the cosmos, uncovering profound truths and engaging new perspectives. These explorations help us reimagine our role in the universe and understand the vast expanses of space. The resources mentioned in this episode are: · Check out the article from Brookhaven National Laboratory titled Collisions of Light Produce Matter Antimatter from Pure Energy to learn more about the conversion of energy into mass. · Visit the Relativistic Heavy Iron Collider (RHIC) website to explore their research on particle collisions and the creation of matter from energetic photons. · If you're interested in the topic of dark matter and dark energy, delve deeper into the current understanding and theories by reading scientific literature and publications. · Expand your knowledge on the Big Bang and the early universe by exploring resources that explain the concept of time dilation and the potential for trillions of years to pass before the universe expanded. · Consider reading up on the theories and research surrounding the formation of galaxies, including the role of dark matter in galaxy rotation and the formation of spiral arms. · Learn more about the formation of solar systems and the potential impact of the absence of dark matter on their development by exploring scientific articles and books on the subject. · Explore the concept of galaxy clusters and the role of dark matter in their formation by reading scientific literature and research papers. · Consider researching alternative mechanisms for the coalescence of hydrogen and the formation of black holes, as dark matter

Have you ever heard these myths about space? Prepare to have your mind blown as we debunk three popular misconceptions that will leave you questioning everything you thought you knew about the universe. Get ready for a mind-bending journey into the truth behind the mysteries of space on our next episode of Space Nuts podcast! In this episode, you will be able to: · Explore the fascinating world of asteroids as we delve into the latest sample analysis from asteroid Bennu, uncovering potential clues about the origins of our solar system and the building blocks of life. · Dive into the scientific study of water isotopes and uncover how analyzing their ratios can provide valuable insights into the history of our planet and its potential for supporting life. · Join us as we delve into the thrilling Ninth Planet theory, discussing the evidence and implications of the existence of a hidden world in our solar system, and how it could reshape our understanding of the cosmos. · Discover the latest advancements in lunar and Martian colonization as we explore the concept of living underground on the Moon and Mars, discussing the challenges and potential benefits of this innovative approach to space exploration and habitation. We're living in an era of the golden age of asteroid studies. We may well learn how we got here because of them. - Andrew Dunkley The analysis of asteroid Bennu samples has been a key highlight in recent space science developments. Extracted by the Osiris Rex spacecraft, the samples show traces of carbon-containing compounds and water-bearing clays. The discovery of these elements, particularly in a carbonaceous asteroid like Bennu, is intriguing and could potentially offer vital insights into the origins of life. The resources mentioned in this episode are: · Visit NASA's website to learn more about the ongoing analysis of the Bennu sample. · Explore the Johnson Space Flight Center's website for updates on the testing of the sample. · Check out Osiris Rex's mission page to discover more about the spacecraft's journey and future missions. · Stay updated on the latest asteroid missions, including the Apophis mission, by following NASA's news releases. · Learn more about the Ryugu mission and compare the results with the Bennu sample by visiting the Japanese Space Agency's website. · Find out more about the Psyche mission and its orbital scan of a metallic asteroid by visiting NASA's mission page. · Keep an eye out for future discoveries and advancements in asteroid studies to gain a better understanding of our solar system's history and potential impact on life on Earth. · Explore the possibilities of finding answers to the origin of life and other intriguing aspects of asteroids by staying informed about ongoing research and analysis. · Support continued exploration and study of asteroids by following and engaging with organizations and scientists involved in these missions. · Consider the potential implications and importance of understanding asteroids in the context of space exploration and our place in the universe.

This episode of Space Nuts is brought to you with the support of NordVPN...the one we use to keep us safe online. To check out our special offer we have for you, please visit https://www.nordvpn.com/spacenuts or use the checkout code SPACENUTS Do you want to gain a deeper understanding of the groundbreaking Euclid telescope mission? Are you looking for a solution that will allow you to explore the fascinating world of space exploration and astronomy? Look no further! In this article, I will be revealing the key insights and information about the Euclid telescope mission, providing you with the knowledge and perspective you need to unravel the mysteries of the universe. Embark on this cosmic journey with me and discover the secrets that the Euclid telescope holds, unlocking a whole new level of understanding and appreciation for the vast expanse of space. In this episode, you will be able to: · Discover the fascinating setbacks and challenges faced by the Euclid telescope mission and how they were resolved through innovative software solutions. · Gain a deeper understanding of the upcoming Psyche mission by NASA and its significance in unraveling the mysteries of planetary formation. · Explore the intriguing world of dark photons and muons, and how they shape the fate of time and space in the universe. · Dive into the captivating story of Fred's trip to the UK and the Channel Islands, unraveling the hidden gems and experiences that await. · understand how a fine guidance sensor affected the Euclid telescope mission and the innovative software patch that resolved the issue, shedding light on the complexities of space exploration. Euclid is a telescope on a mission to map the sky, and even a small hiccup won't stop us from exploring the vast unknown. - Andrew Dunkley Innovative Software Patch for Euclid Telescope The solution to the Euclid telescope's problems came through a valuable tool - an innovative software patch. This fix, reminiscent of updates on everyday devices such as smartphones, was used to rectify the issues and get the mission back on track. This showcases the intersection between modern technology and space exploration, enabling continued research and breakthroughs amid potential roadblocks. The resources mentioned in this episode are: · Visit the website to learn more about the Psyche mission and stay updated on its launch. · Check out the Euclid telescope's website for updates on the FGS issue and the software patch. · Explore the Bo's segment on maximum entropy to gain a deeper understanding of the concept. · Listen to John's discussion on the early universe for fascinating insights into its origins. · Discover Al's insights on dark energy and its role in shaping the universe. · Stay tuned for future episodes of Space Nuts for more exciting space news and discussions.

Hold on tight and prepare for an astronomical surprise that will leave you breathless. Brace yourself for a mind-bending twist in the world of gravitational wave detection and cosmic events. Get ready to witness a discovery so profound, it will shatter our understanding of the universe. But here's the catch: what if this groundbreaking revelation is not what we expect? Stay tuned to find out, as we embark on a cosmic journey that will challenge everything we thought we knew. In this episode, you will be able to: · Explore the groundbreaking advancements in gravitational wave detection and uncover the secrets of cosmic events. · Discover how a galaxy with a strong magnetic field can provide clues to the formation of stars and deepen our understanding of magnetic fields. · Uncover the mysterious Tharsis volcanic region on Mars and its potential role in the formation of water, shedding light on the geological factors that shaped the planet. · Understand the importance of polarization in astronomy and how it can be used as a powerful tool in observations, revealing hidden details about celestial objects. · Dive into the controversial realm of dark matter and modified Newtonian gravity, and explore alternative theories that challenge our current understanding of the universe. Imagine a future where we can detect a million neutron star mergers and hundreds of thousands of black hole collisions every year. The possibilities are mind-boggling. - Andrew Dunkley Tharsis Volcanic Region Connection Investigating the potential correlation between Martian volcanic activity and the Hellas impact could shed light on Mars's geological history and water formation. The link, though hypothetical, could provide astronomers valuable data on the effects of such impacts on seismic activities and the potential subsequent development of life-supporting conditions. This exploration further underscores the need for advanced research, expert consultations, and comprehensive scrutiny of existing theories to answer intricate questions about our universe. The resources mentioned in this episode are: · Check out the new gravitational wave detector, Cosmic Explorer, being developed by MIT. Learn more about its improved sensitivity and potential for detecting a million neutron star mergers and hundreds of thousands of black hole collisions. · Stay updated on the progress of the Cosmic Explorer project as they work towards building a 40-kilometer long laser interferometer for detecting gravitational waves. · Explore the possibilities of Lisa, the Laser Interferometer Space Antenna, a project by the European Space Agency that aims to place mirrors over 100 km apart in space to detect gravitational waves with even greater precision. · Consider the impact of gravitational wave astronomy, which offers a new window into the universe and has the potential to revolutionize our understanding of space and time. · Keep an eye out for future announcements regarding the location of the Cosmic Explorer detector and the funding and development of Lisa. · Stay informed about the latest advancements in gravitational wave research and the exciting discoveries that lie ahead. · Engage with the Space Nuts podcast to join the conversation and ask questions about gravitational waves and other space-related topics. · Subscribe to the Space Nuts podcast to receive regular updates and never miss an episode.

This edition of Space Nuts is brought to you by Incogni....the new name in online data protection. Get 60% off your subscription by visitinghttps://incogni.com/spacenuts Do you want to stay up to date with the latest discoveries in our solar system, particularly when it comes to potential new planets? Are you eager to uncover the mysteries hidden in the depths of the Kuiper Belt? If so, we have the solution you've been searching for. In this episode, Fred and I will be revealing the key findings and ongoing search efforts for an elusive celestial body, which could potentially be a new planet in the Kuiper Belt. By diving into this topic, you will gain a profound understanding of the quest to unravel the secrets of our cosmic neighbourhood and get closer to unveiling the existence of an undiscovered planetary world. In this episode, you will be able to: · Venture into an exciting chapter of space exploration identifying the potential new planet in the Kuiper Belt. · Peek at the nearest supernova through the advanced and prestigious James Webb Space Telescope. · Embark on the intriguing search mission for Planet Nine, interpreting its cosmic significance. If you're living in rubbish, you don't get the guernsey. - Andrew Dunkley Exploration of potential new planet: Amidst the vast expanse of the Kuiper Belt, researchers have detected signals suggesting a new planetary object. This fascinating discovery stems from patterns found in the orbits of hitherto-known objects within the belt. If confirmed, this celestial body could either be classified as a dwarf planet like Pluto, or a full-fledged planet, provided it has cleared the debris in its orbit, shifting our perception of the solar system. The resources mentioned in this episode are: · Visit the website of the National Astronomical Observatory of Japan (NAOJ) to learn more about their research on dwarf planets and the Kuiper Belt. · Check out the Astronomical Journal, one of the world's leading journals on astronomy, to read the study on the objects in the Kuiper Belt and their orbits. · Explore the Kuiper Belt and learn about the various objects within it, including dwarf planets, asteroids, and more. · Stay informed about the latest discoveries in astronomy by following news sources and publications that report on space exploration and research. · Keep an eye out for updates on the potential ninth planet and its discovery, as scientists continue to study the Kuiper Belt and search for its gravitational influence. · Consider becoming an amateur astronomer and join a community of stargazers who observe celestial objects like Jupiter and Saturn, potentially contributing to scientific discoveries. · Learn more about the James Webb Space Telescope and its capabilities in observing distant objects, including supernovae, by visiting its official website. · Stay updated on the latest news and findings from the James Webb Space Telescope, as it continues to provide new insights into the universe. · Explore the Large Magellanic Cloud and The key moments in this episode are: 00:00:00 - Introduction, 00:02:32 - Discovery of a Potential New Planet in the Kuiper Belt, 00:09:40 - The Definition of a Planet, 00:10:57 - Possibility of a New Planet Replacing Planet Nine, 00:11:23 - Size and Orbit of the Potential New Planet, 00:16:11 - "Supernova 1987 A Discovery", 00:20:46 - "Structure of Supernova Remnants", 00:23:19 - "Light Echoes and Supernova Explorations", 00:26:07 - "Amateur Observations of Supernova Remnants", 00:27:15 - "Neutron Star and Future Observations", 00:32:18 - "Space, Time, and the Hubble Flow", 00:34:24 - "Frozen Universe", 00:35:30 - "Listener Appreciation", 00:36:01 - "Listener Bets", 00:38:50 - "Understanding Light from the Early Universe", Exploration of potential new planet: Amidst the vast expanse of the Kuiper Belt, researchers have detected signals suggesting a new planetary object. This fascinating discovery stems from patterns found in the orbits of hitherto-known objects within the belt. If confirmed, this celestial body could either be classified as a dwarf planet like Pluto, or a full-fledged planet, provided it has cleared the debris in its orbit, shifting our perception of the solar system. Nearest supernova insights: The recent observation of the closest supernova in modern history by the James Webb Space Telescope provides profound insights into these stellar explosions' nature. Investigating the remnants of these violent outbursts helps us better understand the universe's history and structure. Analysing high-resolution imaging from telescopes like the Webb offers unique opportunities to examine the remnants and aftereffects of these cosmic explosions in unprecedented detail. Hunt for Planet Nine: The enigmatic Planet Nine continues to elude astronomers. Currently, the search is centered around Extreme Trans-Neptunian Objects (ETNOs), deeply entrenched far beyond the sun's reach. The discovery of a new planet in the Kuiper Belt may modify our understanding of what constitutes Planet Nine and could stir up further interest in this intriguing celestial detective story. · www.spacenuts.io · https://www.twitter.com/spacenutspod · https://www.linkedin.com/in/biteszhq · https://www.youtube.com/@spacenutspodcast · https://www.facebook.com/spacenutspodcast