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If you're feeling frustrated and overwhelmed by the lack of tangible evidence for Planet Nine despite your endless research and late-night discussions, then you are not alone! In this episode, you will be able to: · Traverse the peculiarities of the hypothesized Planet Nine and comprehend its potential impacts on our solar system. · Explore the advanced capabilities of the Vera Rubin Telescope and how it's set to transform the search for elusive celestial bodies. · Discern the urgent need for a structured framework in the burgeoning industry of space tourism and its potential implications. · Unwrap the fundamentals of how atoms emit and absorb light, which is crucial in our interpretation of astronomical observations. · Dissolve any misconceptions about the size of the universe, identifying the difference between the age of the universe and the distance light has traveled. List 2: I want to believe it, I really do. I hope they've found it. - Andrew Dunkley The resources mentioned in this episode are: · Visit theconversation.com to read the article about the potential existence of Planet Nine in our solar system. · Check out the Vera C. Rubin Telescope (formerly LSST) when it starts observations next year to see if it can find evidence of Planet Nine. · Learn more about the Seniors 14 object that fell into the Pacific Ocean in 2014 and its potential connection to Planet Nine. · Stay updated on the ongoing search for Planet Nine by following the observation campaign currently underway. · Consider supporting the International Association for the Advancement of Space Safety to help promote safety in space tourism and exploration. · Explore the possibility of space tourism and the potential risks involved before making any decisions. · Follow the progress of space tourism companies such as Virgin Galactic and Blue Origin to stay informed about the latest developments. · Keep an eye out for future space tourism opportunities that prioritize safety and adhere to strict regulations. · Educate yourself about the risks and challenges of space travel and make informed decisions if and when the opportunity arises. · Support advancements in space technology and exploration by staying engaged and advocating for responsible and safe practices. "Exploring the Outer Edges of the Solar System" So, you're probably wondering about what's out there, right at the edge of our very own Solar System? Well, it's truly a fascinating realm that's still full of mysteries and discoveries to be made. This uncharted frontier, deemed as the 'outer edges', is largely dominated by frozen volatile substances like water, methane, and ammonia. These celestial bodies, often referred to as Trans-Neptunian Objects (TNOs), are believed to have remained untouched since the beginning of our Solar System, making them incredibly valuable to astronomers as they piece together the cosmic puzzle. Now, Andrew Dunkley delves into this very topic during the podcast. His curious mind bubbles over with questions and musings, all tinged with a sense of awe and wonder for the unknown. He draws attention to the curious alignment of some TNOs - suggestive of a possible unseen planetary body nicknamed 'Planet Nine.' Despite the inconclusive evidence and difficult prospect of direct observation, Andrew's excitement is infectious, igniting a curiosity that makes even the farthest reaches of our Solar System seem tantalizingly within reach. "Emission Lines and Spectroscopy" Ever gazed at a sodium vapor streetlight and wondered why it shines so orange? Or pondered why certain colors 'pop' in the spectrum of a star? The concept of emission lines and spectroscopy has the answers. This field of astrophysics uses the spectral properties of light to determine the chemical composition and physical properties of celestial objects. It's a bit like unlocking the star's 'identity card' through the visible and invisible light it emits. Not only does this add an analytical edge to stargazing, but it also provides fundamental insights into the universe’s anatomy. To provide a tangible context, Andrew Dunkley uses the example of sodium vapor streetlights, whose characteristic orange comes from the photon of light emitted by excited sodium atoms. Andrew navigates this complex topic with crystal-clear analogies, making it both comprehensible and captivating. His conversation dives into the sun's behavior, touching upon its photosphere, chromosphere, and even the enigmatic concept of black bodies. By weaving these threads together, Andrew masterfully brings out the intensely scientific yet genuinely stunning aspect of our cosmos. "The Search for Planet Nine" 'Hypothetical' might be the operative word when we talk about 'Planet Nine', but don't let that dull your curiosity. This proposed super-Earth, lurking at the outskirts of our solar system, has got scientists and space enthusiasts on the edge of their seats. It's essentially a cosmic 'Whodunit?,' propelled by unusual TNO alignments and the enduring allure of the unknown. From gravitational tugs to cosmic dances, all threads seem to point towards a master puppeteer, an unseen force – one that fits the billing of a rogue Planet Nine. During the podcast, Andrew Dunkley's take on Planet Nine is much akin to a thrilling treasure hunt. He dives into the resilient hypothesis, the indicative TNO alignments, and the potential game-changing role of the upcoming Vera Rubin Telescope in this quest. The pursuit of Planet Nine, as Andrew explains, is not just about satisfying curiosity; capturing it could drastically alter our understanding of the solar system's architecture and dynamics. He undoubtedly leaves us yearning for more discoveries and eager to join the cosmic manhunt.
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In this episode, you will be able to: · Uncover fascinating facts about the cosmos with the Space Nuts podcast. · Understand how groundwater pumping can affect Earth's rotational poles. · Discover the intriguing connection between secondary cosmic radiation and earthquakes. · Explore the concept of cosmic rain and its potential to provide Earth with extra water. · Dive into discussions about visiting intriguing celestial bodies like Mars, Enceladus, Europa, and Alpha Centauri. We learn things about the universe by examining the Earth. - Professor Fred Watson. The resources mentioned in this episode are: · Visit the website for the Daily News about planet Earth to read more about the impact of groundwater usage on the Earth's rotational poles. · Learn more about the Credo project and their findings on the correlation between cosmic radiation and earthquakes by visiting the Institute of Nuclear Physics of the Polish Academy of Sciences website. · Consider donating to organizations that work to support research and initiatives aimed at understanding and mitigating the impact of human activities on the Earth's environment and ecosystems. · Take action to reduce your own carbon footprint by making small changes in your daily habits, such as using reusable bags and containers, reducing energy consumption, and supporting sustainable agriculture and food production practices. · Educate yourself and others about environmental issues and the importance of preserving the Earth's natural resources for future generations. Share what you learn with friends, family, and your community to raise awareness and inspire positive change. Dream Travel Destinations The universe offers an endless array of extraordinary destinations to explore, and the podcast hosts were asked to divulge their dream travel destinations within the solar system and beyond. Fascinating celestial bodies with unique environments can spark the imagination and inspire dreams of expanded cosmic exploration. Andrew Dunkley shared his desire to visit Mars as soon as possible, as well as venturing to the south pole of Enceladus. Professor Fred Watson, on the other hand, would want to travel back in time to experience Mars when it was warm, wet, and potentially teeming with life over 3.8 billion years ago. Watson also expressed interest in visiting Europa, where ice geysers and a potential subsurface ocean offer captivating prospects for exploration. Their contrasting and exciting answers invite listeners to ponder their own celestial dream destinations and emphasize the boundless intrigue that our universe holds. Relationship between Cosmic Radiation and Earthquakes In this fascinating segment, the correlation between secondary cosmic radiation and the intensity of earthquakes is explored. While the study from the Polish Academy of Sciences suggests that there is a connection between these two phenomena, it's essential to note that cosmic rays do not directly cause earthquakes. Instead, changes in the Earth's magnetic field due to disturbances in the planet's core allow more cosmic radiation to penetrate, which might enhance the effect of an earthquake. This incredible connection reveals how various elements in the universe can be interconnected and demonstrates once again the mysterious nature of our world and the cosmos. Andrew Dunkley and Professor Fred Watson delve into this phenomenon and clarify that the study focused on the correlation between the changes in the magnetic field and the movement of particles in primary cosmic radiation. They discuss how these alterations are dependent on the dynamics of disturbances within the Earth, which in turn affects the magnetic field. This conversation showcases the complexities of the Earth's magnetic field and offers an interesting insight into a potential connection between cosmic radiation and earthquakes. Understanding these correlations could have significant implications for predicting future earthquakes and other potential natural disasters. Relationship between Cosmic Radiation and Earthquakes In this fascinating segment, the correlation between secondary cosmic radiation and the intensity of earthquakes is explored. While the study from the Polish Academy of Sciences suggests that there is a connection between these two phenomena, it's essential to note that cosmic rays do not directly cause earthquakes. Instead, changes in the Earth's magnetic field due to disturbances in the planet's core allow more cosmic radiation to penetrate, which might enhance the effect of an earthquake. This incredible connection reveals how various elements in the universe can be interconnected and demonstrates once again the mysterious nature of our world and the cosmos. Andrew Dunkley and Professor Fred Watson delve into this phenomenon and clarify that the study focused on the correlation between the changes in the magnetic field and the movement of particles in primary cosmic radiation. They discuss how these alterations are dependent on the dynamics of disturbances within the Earth, which in turn affects the magnetic field. This conversation showcases the complexities of the Earth's magnetic field and offers an interesting insight into a potential connection between cosmic radiation and earthquakes. Understanding these correlations could have significant implications for predicting future earthquakes and other potential natural disasters.
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In this episode, you will be able to: · Explore the captivating world of astronomy and deep space ventures. · Unravel the enigma of the galaxy's swiftest stars and binary system marvels. · Get acquainted with space debris issues and Astroscale's groundbreaking Elsa tug. · Investigate the unique phenomena of hybrid eclipses and satellite retirement plans. · Benefit from intriguing listener inquiries about asteroids, the Great Attractor, and light information. The more we learn, the more we realize just how much we don't know. - Andrew Dunkley The resources mentioned in this episode are: · Visit the website phys.org for more information on the topic. · Check out the company Astroscale for their reusable robotic tug called Elsa. · Learn more about the Gaia spacecraft and its ability to measure positions of stars accurately. · Look up J1235 and J927 for more information on the record-breaking stars. · Research more on the topic of space junk and its impact on space travel and the environment. The Number of Active Satellites and the Importance of End-of-Life Strategies In today's space-dominated world, there are approximately 10,000 satellites orbiting the Earth, with about 2,200 of them being classified as defunct. It's crucial that satellites undergo end-of-life strategies to ensure they don't contribute to the growing issue of space debris. While larger satellites can self-destruct, smaller ones and other debris pose a more significant threat. During the episode, Fred and Andrew contextualize the sheer number of active satellites in orbit, which sits at around 7,700. They discuss various proposed solutions for dealing with space debris, such as harpoons and nets, while noting the distinct ability of Astroscale's Elsa to perform multiple missions. The hosts also emphasize the importance of enforcing end-of-life strategies on all satellites today, ensuring that future launches minimize the chance of adding to the space debris dilemma. Potential Solution to Space Junk Space junk has long been a concern for the orbiting and future plan for satellites, and that's why creative and innovative solutions are needed to maintain a safe and efficient space environment for the foreseeable future. One particularly promising approach involves using a ground-based laser that could safely nudge satellites out of orbit, helping to prevent the accumulation of space debris over time. In their conversation, Dunkley and Watson touched on this intriguing technology as a potential solution to space junk. They explore the possibility of using laser technology as a non-destructive means of pushing satellites out of orbit. Additionally, they discuss the importance of inspiring the next generation to pursue careers in science and technology, with programs like Girls in Aviation Day, Einstein First, and Quantum Girls, all aiming to get young people engaged in fields like quantum physics and relativity. Astroscale's Robotic Tug to Deal with Defunct Satellites A Japanese company, Astroscale, is working on a unique and reusable robotic tug named Elsa, designed to alleviate space debris by focusing on defunct satellites. The robotic tug uses a series of rendezvous, retrograde, burn, and repeat patterns as a way of removing dead satellites from orbit. Astroscale has already attracted funding from the UK and European space agencies and has even successfully tested a prototype of their innovative tug. During their discussion, Andrew and Fred delve deeper into how Astroscale's Elsa plans to target around 2,200 defunct satellites in orbit, many of which are still intact and contribute to the growing pollution in Earth's atmosphere. While they acknowledge the importance of end-of-life strategies for satellites and the awareness surrounding space debris, they express some concern regarding the naming conventions of such technologies, such as Elsa and Starlink, playfully wondering if there is some hidden meaning behind them.
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In this episode of the Space Nuts podcast, Professor Fred Watson and I answer the most pressing astronomy and space science questions from our listeners. From the role of moons in creating tides to the speed of light, we explore the vast mysteries of the universe. But one listener's hypothetical scenario involving black holes has us stumped. Tune in to find out why. As a space enthusiast, I was excited to listen to the latest episode of the Space Nuts podcast, where host Andrew Dunkley and Professor Fred Watson answered a variety of astronomy and space science questions from their curious listeners. Learn about the properties of dark matter and dark energy and how they affect the universe's expansion. Additionally, the hosts discussed the connection between time and space and how they both play a crucial role in our understanding of cosmology. Moreover, listen to their explanations about tides, speed of spacecraft, and the effects of tumbling in space. Recommended as a podcast that is engaging and informative, and highly recommended to anyone seeking a deep understanding of astronomy and space science. In this episode, you will be able to: · Ponder the mysterious influence of dark matter and dark energy throughout the cosmos. · Investigate how space and time converge in the fascinating realm of space-time. · Scrutinize factors affecting spacecraft velocity and their ability to remain unseen. · Learn about the significant role played by moons and tidal forces in sustaining life on habitable worlds. The resources mentioned in this episode are: · Check out our Patreon page to support the show and get access to exclusive content. · Visit our website to listen to past episodes and browse our merchandise. · Follow us on social media for updates and behind-the-scenes content. · Leave us a review on your podcast platform of choice to help others discover the show. · Sign up for our newsletter to stay up-to-date on all things Space Nuts. · Consider donating to organizations that support space exploration and research, such as the Planetary Society or the International Dark-Sky Association.
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In this episode of Space Nuts, we take a look at the geysers on Enceladus. The James Webb Space Telescope has had another look at them after they've been previously seen elsewhere, and they've found out a bit more about them. And it's amazing. Also, a star that may not be a normal star. This one could be a dark matter star as a matter of fact. We get stuck into that. And we follow up on a couple of things that came up in the last program. And we will be looking at a white dwarf age issue, according to Rusty. And Jeff is asking about what the view would be like from inside a black hole, if we could possibly get inside one. Tunnel vision at the very least, I imagine. That's all coming up in this edition of Space Nuts. Astronomy, Science, Space, and Stuff. Space Nuts Episode 354 with Professor Fred Watson & Andrew Dunkley Download from your favorite podcast distributor or visit our website at www.spacenuts.io For more Space Nuts, visit our websites. Links: https://linktr.ee/biteszHQ New: Listen to Space Nuts on your favorite app with the Universal listen link: https://spacenutspodcast.com/listen
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#space #astronomy #science #news #podcast #spacenuts
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In this episode of the Space Nuts podcast, I discuss the recent discovery of 62 new moons orbiting Saturn using a telescope. As a space enthusiast, I am excited to learn about this fascinating discovery, which brings the total known moons around Saturn to 145, surpassing Jupiter's 95 moons. I am intrigued by the method used to discover the small satellites, as the cameras on spacecraft Cassini were not capable of identifying them. Professor Fred Watson explains that the distinction between what constitutes a moon is based on its size, composition and orbit. This episode provides an engaging and educational discussion on the latest space science news and developments. As a host, I recommend this episode to anyone who wants to stay updated on recent discoveries.
In this episode, you will be able to:
· Explore the impressive discovery of 62 new moons around Saturn through telescopic advancements. · Delve into the awe-inspiring gamma-ray burst, the universe's largest recorded explosion.
· Gain insights on asteroid protection methods like gravity tractors and kinetic impactors.
· Discuss the inaccuracies in Martian agriculture depicted in popular movies.
· Contemplate the ethical dilemmas and potential hazards of utilizing nuclear weapons in outer space.
#astronomy #space #science #news #spacetime #podcast
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Space Nuts #352
In this episode of Space Nuts, we explore a groundbreaking discovery about how Earth cleans up its own atmosphere, and how it could change the game in mitigating air pollution. But when our host jumps to the wrong planet, we discover stunning new images of Uranus taken by the James Webb Space Telescope and reveal some incredible insights about this mysterious planet. However, our excitement is cut short with a shocking revelation that leaves us wondering, will we ever go back?
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If you're feeling frustrated and disheartened because despite your constant efforts to understand the latest developments in quantum research and wormholes, you still feel light years away from achieving the breakthrough you crave, then you are not alone! In this episode, you will be able to: Explore the intriguing world of wormholes and recent quantum discoveries in outer space research. Understand the crucial role that powerful R25 engines play in launching rockets into space. Connect the dots between the enigmatic forces of black holes and dark energy. Marvel at the Huntsman Telescope's ability to obtain highly-sensitive images from outer space. Differentiate between theoretical and physical wormholes while appreciating their presence in imaginative science-fiction narratives.
The resources mentioned in this episode are: Check out NASA's website for more information on the Space Launch System and upcoming missions. Follow Aerojet Rocketdyne on social media to stay updated on their work and advancements in rocket engine technology. Consider supporting organizations and initiatives that promote and fund research in quantum computing and physics. Explore science fiction books and media that feature wormholes and other theoretical physics concepts. Learn more about the history and development of quantum mechanics and general relativity through online courses or tutorials. Support space exploration and research by advocating for government funding and supporting private companies like SpaceX.
#space #astronomy #science #news #podcast #wormholes #spacenuts
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The Sun's Wobble: Unraveling the Mystery of Solar Movement
If you're feeling frustrated and disheartened by reading countless articles and watching endless videos about black holes without gaining a deeper understanding of human proximity to them, then you are not alone!
In this episode, you will be able to: Unravel the enigmatic influence of black holes on human lives and cosmic occurrences. Gain insight into the formation dynamics of rocky planets and the role gas plays in space. Understand the role of dark energy in driving the universe to expand incessantly. Scrutinize the realism of movie asteroid fields in contrast to real-world examples. Delve into ongoing research into the fabric of spacetime and the pursuit of a quantum gravity theory.
'One day we might be able to get out there and get close to one of these things'. - Andrew Dunkley
The resources mentioned in this episode are: Learn more about the Hubble Law to understand the relationship between the velocity of objects and their distance.
Check out the website of the Chandra X-ray Observatory to view stunning images of the universe. Visit the website of the European Space Agency to learn more about their missions and research. Check out the website of the Subaru Telescope to learn more about their observations of the universe. Check out the website of the Keck Observatory to learn more about their ground-based observations of the universe.
For more from the Space Nuts team plus details on how you can help support the show and share in the rewards, visit our website at www.spacenuts.io or our HQ at www.bitesz.com
#astronomy #space #science #podcast
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Get ready to explore a 10 billion year old mystery! A closely bound duo of energetic quasars, the hallmark of a pair of merging galaxies, have been discovered when the Universe was only 3 billion years old. What secrets do these quasars hold and why have they lasted so long? Join us as we unravel this age-old mystery and uncover the secrets of the cosmos. But be warned, the answers may not be what you expect...
In this episode, you will be able to:
*Uncover the fascinating story behind the discovery of dual quasars from a 10-billion-year-old galaxy merger
*Delve into the enigmatic Lyman alpha radiation bar of light observed on Saturn
*Explore the environmental impact and challenges faced by the groundbreaking Square Kilometre Array radio telescope
*Understand the science of infrared radiation, heat transmission, and black body light emissions *Consider the odds of life existing on Enceladus and other high-pressure ice moons
'Cosmic Noon is one of the hot topics because it's that period when the Universe was just a few billion years old, when star formation was at its peak.' - Fred Watson
The resources mentioned in this episode are:
Visit the Noirlab.edu website to explore the press release about dual quasars blaze bright and learn more about this discovery.
Visit the NSF's Optical and Infrared observatories website to learn more about their ground and space-based telescopes, including the Gemini North Telescope in Hawaii.
Read Fred's book, Cosmic Chronicles or Exploding Stars and Invisible Planets (as it is titled in the United States) for more information on Saturn and other astronomical topics.
Keep an eye out for Andrew's upcoming audio edition of Parallax and check out his other books as well.
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