TopPodcast.com
Menu
  • Home
  • Top Charts
  • Top Networks
  • Top Apps
  • Top Independents
  • Top Podfluencers
  • Top Picks
    • Top Business Podcasts
    • Top True Crime Podcasts
    • Top Finance Podcasts
    • Top Comedy Podcasts
    • Top Music Podcasts
    • Top Womens Podcasts
    • Top Kids Podcasts
    • Top Sports Podcasts
    • Top News Podcasts
    • Top Tech Podcasts
    • Top Crypto Podcasts
    • Top Entrepreneurial Podcasts
    • Top Fantasy Sports Podcasts
    • Top Political Podcasts
    • Top Science Podcasts
    • Top Self Help Podcasts
    • Top Sports Betting Podcasts
    • Top Stocks Podcasts
  • Podcast News
  • About Us
  • Podcast Advertising
  • Contact
Not in our directory?
Add Show Here
Podcast Equipment
Center

toppodcastlogoOur TOPPODCAST Picks

  • Comedy
  • Crypto
  • Sports
  • News
  • Politics
  • True Crime
  • Business
  • Finance

Follow Us

toppodcastlogoStay Connected

    View Top 200 Chart
    Back to Rankings Page
    Astronomy

    Space Nuts: Astronomy Insights & Cosmic Discoveries

    • 5 million downloads and counting
    • 90+% Five Star Reviews
    • Hosted by Astronomer At Large, Professor Fred Watson and Sci-Author/Broadcaster Andrew Dunkley
    • 660 Episodes and counting
    • Very active (and friendly) listener community
    • Advertising Free options available.

    Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries–2631155/support.

    Advertise

    Copyright: © Copyright bitesz.com

    • Apple Podcasts
    • Google Play
    • Spotify

    Latest Episodes:
    Time Dilation & Cosmic Mysteries: Unpacking Your Space Queries Oct 13, 2026
    Show notes Sponsor Link:
    This episode of Space Nuts is brought to you by NordVPN. Protect your online privacy today by visiting www.nordvpn.com/spacenuts for an exclusive offer!
    Space Nuts: Fast-Moving Planets, Photon Pressure, and the Nature of Moons
    In this engaging Q&A episode of Space Nuts, hosts Andrew Dunkley and Professor Fred Watson tackle a series of intriguing listener questions. Kicking off with Ron's query about the implications of living on a super fast-moving planet orbiting Sagittarius A*, they delve into the fascinating world of time dilation and its effects on scientific observations. Next, Jeff from Colorado poses a thought-provoking question regarding photon pressure and its potential influence on the universe's expansion, leading to a discussion on dark energy and cosmic mysteries. Brian from the Gold Coast wonders about the visibility of cosmic microwave background radiation behind black holes, while Bob rounds off the episode with a query on the characteristics that define a moon. Join Andrew and Fred Watson as they navigate these cosmic curiosities with their trademark wit and insight.
    Key topics
    - The effects of high-speed planetary motion near a black hole on time and observational science.
    - Exploring photon pressure and its relationship to the universe's expansion and dark energy.
    - The cosmic microwave background radiation and its interaction with black holes.
    - Defining moons: How small and irregular can they be while still being classified as moons?
    Timestamps
    00:00 - Introduction and overview of listener questions
    01:20 - Ron’s question about living on a fast-moving planet and time dilation effects
    15:30 - Jeff’s inquiry into photon pressure and its impact on cosmic expansion
    25:00 - Brian’s question regarding cosmic microwave background radiation and black holes
    35:15 - Bob’s exploration of what constitutes a moon
    45:00 - Closing thoughts and listener engagement
    Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

    Strange Spins and Cosmic Rings: Exploring NGC 4698 and Chariklo's Secrets Oct 12, 2026
    Show notes Sponsor Link:
    This episode of Space Nuts is brought to you with the support of NordVPN. To check out our special money-saving deal, visit www.nordvpn.com/spacenuts
    Space Nuts: Unraveling the Mysteries of NGC 4698 and Chariklo's Rings
    In this exciting episode of Space Nuts, hosts Andrew Dunkley and Professor Fred Watson explore some truly peculiar cosmic phenomena. They kick off with a deep dive into the strange behaviour of the galaxy NGC 4698, known for its unusual rotational patterns and mysterious bulge, leading to discussions about possible galactic mergers. Next, the duo ventures into the intriguing world of Chariklo, a centaur object with changing rings, as they discuss the latest observations from the James Webb Space Telescope and the implications of its unique ring structure. Join Andrew and Fred Watson as they navigate these captivating astronomical tales with their signature blend of humour and insight.
    Key topics
    - The peculiar characteristics of NGC 4698: What makes this galaxy behave strangely?
    - Insights into the dynamics of galaxy mergers and their effects on structure.
    - Chariklo's rings: How have they changed since their discovery, and what does this mean for our understanding of ring systems?
    - The potential existence of a hidden moon influencing the structure of Chariklo's rings.
    Timestamps
    00:00 - Introduction and overview of today's topics
    01:20 - Discussion on the peculiar galaxy NGC 4698 and its unusual features
    15:30 - Exploring Chariklo and the changes in its ring system
    25:00 - Insights from the James Webb Space Telescope and the hidden moon hypothesis
    35:15 - Final thoughts and listener engagement
    Wanting a commercial free option of Space Nuts? Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

    Time Travel & Cosmic Questions: The Science Behind Our Universe Oct 09, 2026
    Show notes Sponsor Link:
    This episode of Space Nuts is brought to you by NordVPN. Protect your online privacy today by visiting www.nordvpn.com/spacenuts for an exclusive offer!
    Space Nuts: Time Travel, Orbiting Telescopes, and Gold Origins
    In this Q&A episode of Space Nuts, hosts Andrew Dunkley and Professor Fred Watson tackle a range of thought-provoking listener questions. They begin with a fascinating inquiry from Andy, a train driver in the UK, about the implications of time travel at relativistic speeds. What does it mean to age differently when travelling close to the speed of light? The duo then dives into the mechanics of orbiting telescopes, addressing Nick's questions about how these instruments manage their observations while minimising interruptions from Earth. Finally, Ash from Brisbane poses an intriguing question about the origins of gold, prompting a discussion on neutron star collisions and the cosmic processes that create heavy elements.
    Key topics
    - Time travel and the effects of relativistic speeds on aging: Can we really travel through time?
    - The scheduling and operational strategies of orbiting telescopes like Hubble: How do they maximise observation time?
    - The origins of gold in the universe: What role do neutron star collisions play in the creation of heavy elements?
    Timestamps
    00:00 - Introduction and overview of listener questions
    01:20 - Andy’s question on time travel and relativistic speeds
    15:30 - Nick’s inquiry about orbiting telescopes and their observation strategies
    25:00 - Ash’s question regarding the origins of gold and neutron star collisions
    35:15 - Final thoughts and listener engagement
    Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

    Space Force Unveiled: The Surprising Reality of Weapons in Orbit Oct 09, 2026
    Show notes

    Sponsor Link:
    This episode of Space Nuts is brought to you with the support of NORDVPN. Get your privacy in order today. To check out our special offer and support the show, visit www.nordvpn.com/spacenuts
    Space Nuts: Space Force Weapons, Purple Mars, and New Lunar Crater
    In this episode of Space Nuts, hosts Andrew Dunkley and Professor Fred Watson delve into some fascinating and thought-provoking topics. They kick off with the recent revelation about the existence of weapons in orbit around Earth, a significant admission from the United States that raises questions about the future of space security. The conversation shifts to Mars, where stunning new images suggest that we might need to reconsider its nickname as the "Red Planet" due to striking purple hues observed in its southern regions. Finally, the duo discusses a newly discovered crater on the Moon, the largest of its kind in recent history, and what this means for our understanding of lunar impacts and surface changes.
    Key topics
    - The United States acknowledges the presence of weapons in space, sparking discussions about the implications for global security and the arms race in orbit.
    - An exploration of Mars' changing colour palette, with new images revealing purple landscapes that challenge our traditional views of the planet.
    - The discovery of a significant new crater on the Moon, highlighting the ongoing geological activity and impact history of our celestial neighbour.
    Timestamps
    00:00 - Introduction and overview of topics
    01:20 - Discussion on weapons in orbit and implications for space security
    15:30 - Mars as the "Purple Planet" and the significance of new imagery
    25:00 - New lunar crater discovery and its implications for lunar geology
    35:15 - Closing thoughts and listener engagement
    Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.


    The Intricacies of Angular Momentum - What Happens Near Black Holes Sep 28, 2026
    Show notes Sponsor Link:
    This episode of Space Nuts is brought to you with the support of NordVPN.. To check out special money saving deal, visit www.nordvpn.com/spacenuts
    Space Nuts: Q&A on Radial Velocity, Dark Matter, and Angular Momentum
    In this engaging Q&A episode of Space Nuts, hosts Andrew Dunkley and Professor Fred Watson tackle a variety of intriguing listener questions, ranging from the complexities of radial velocity in exoplanet detection to the mysteries of dark matter and angular momentum in black holes. Join them as they explore these cosmic conundrums with their characteristic wit and expertise.
    Key topics
    - Hussein from Yemen asks about the radial velocity method for detecting exoplanets, prompting a discussion on how astronomers can isolate individual planets from the combined gravitational effects of multiple bodies.
    - Martin from Maryland raises a thought-provoking question on the potential to harness dark energy for space flight, leading to an exploration of the feasibility of accelerating spacecraft to near-light speeds.
    - Peter from Sweden inquires about the angular momentum of matter falling into black holes, sparking a conversation on whether this matter retains its momentum or needs to shed some energy before crossing the event horizon.
    - Andrew and Fred Watson also touch on the ongoing search for Planet Nine and the importance of surveying exoplanets for understanding the universe's structure and potential for life beyond Earth.
    Timestamps
    00:00 - Introduction to the Q&A format and listener questions
    01:20 - Hussein's question about radial velocity and exoplanets
    10:30 - Martin's inquiry on harnessing dark energy for space travel
    18:45 - Peter's question about angular momentum and black holes
    26:00 - Discussion on the significance of ongoing exoplanet surveys
    32:15 - Closing thoughts and listener engagement
    Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

    Mars Gullies Aren't Made by Water: The Surprising Dry Ice Answer Sep 24, 2026
    Show notes

    Perseverance drove to the edge of an ancient Martian lake expecting a beach and found the inside of a volcano — rock that water has been through at least three separate times. Europe's Jupiter probe comes home on Monday night and crosses Australia in a fully dark sky. Two teams, using two completely different techniques, both find something hiding inside the most famous planetary system we have ever photographed — and an Australian instrument is in the middle of one of them. Plus: heavy water in an interstellar comet, and what it says about the star that made it. In this episode · LEAD — Three floods at the crater's edge. Candice Bedford (Purdue) and colleagues publish in Communications Earth & Environment: the Margin Unit at Jezero is igneous, not sedimentary, and records at least three distinct episodes of water — CO₂-rich groundwater making carbonate ridges, then silica associated with the lake, then a later hot-water event leaving fluorite veins. Habitability context, not a biosignature. · Juice returns. ESA confirms the third Earth gravity assist for 28 September — closest approach 11:45 UTC over the Indian Ocean, bending the trajectory ~20° and adding ~3.5 km/s. The spacecraft crosses Australia north-east to north-west 15–30 minutes earlier, in full darkness. · HR 8799. Two preprints in two weeks point at a fifth, inner planet — one from archival JWST aperture-masking data (~7 au, a few Jupiter masses), one from Gaia astrometry (2–3 au, 10–14 Jupiter masses). They do not obviously describe the same object. Neither is peer-reviewed. · 3I/ATLAS. A modelling paper explains the high deuterium-to-hydrogen ratio measured in March as consistent with formation around a low-metallicity — meaning old — star. · Quick hit: Starship Flight 14 still targeting 28 September; Crew-13 still 'no earlier than early October' on NASA's own page; Albania signs the Artemis Accords as the 73rd country. · Skywatch: the equinox as an instant rather than a date, the Juice pass over Australia, Venus and Mercury for the south, Mars and Jupiter before dawn for the north, and Saturn heading into opposition. Sources and further reading · Bedford, C. C. et al., 'Lake- and groundwater-associated alteration of the olivine-rich Margin unit in Jezero crater, Mars', Communications Earth & Environment (2026). DOI 10.1038/s43247-026-03997-9 · NASA/JPL, 'NASA Discovery Reveals Complex Water Systems on Early Mars', 21 September 2026. · ESA, 'Juice to fly past Earth for third gravity assist', 21 September 2026. · Nguyen, J. S. et al., 'A Candidate Innermost Fifth Planet In the HR 8799 System Revealed By JWST NIRISS Aperture Masking Interferometry', arXiv:2609.10507. · Lagrange, A.-M. et al., 'A fifth companion in the HR 8799 system revealed by Gaia', arXiv:2609.20996 (submitted to Nature Astronomy). · Furuya, K., Cordiner, M., Bockelée-Morvan, D. et al., arXiv:2609.12370. · NASA OIIR, 'NASA Welcomes Albania as Newest Artemis Accords Signatory', 21 September 2026. Skywatch figures computed in-session with PyEphem 4.2.1 for Sydney, Los Angeles, New York and London. Times are local unless marked UTC.
    Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.


    Navigating the Cosmic Questions: Gravity Assists, Neutrinos, and Time Dilation Explained Sep 21, 2026
    Show notes Space Nuts: Q&A on BepiColombo, Neutrinos, and Time Dilation
    In this Q&A edition of Space Nuts, hosts Andrew Dunkley and Professor Fred Watson dive into a series of intriguing listener questions that span topics from the nuances of orbital velocity to the enigmatic world of neutrinos and the complexities of time dilation. Join them as they unravel these cosmic queries with their signature blend of insight and humour.
    Key topics
    - Larry from Nebraska asks about the BepiColombo mission and the relationship between gravitational assists and orbital velocity, prompting a discussion on how spacecraft navigate the solar system.
    - Eduardo explores the nature of neutrinos, questioning whether they are affected by gravity and whether they can be trapped by black holes.
    - Shumo presents a thought-provoking idea about using high-energy gamma rays or neutrinos as interstellar beacons, leading to a discussion on the potential for advanced civilisations to communicate through unconventional means.
    - Colin from Adelaide raises questions about time dilation effects as depicted in the science fiction movie "Project Hail Mary," specifically the implications of travelling close to the speed of light and the resulting age differences upon return to Earth.
    Timestamps
    00:00 - Introduction to the Q&A format and listener interactions
    01:20 - Larry's question about BepiColombo and gravitational assists
    10:30 - Eduardo's inquiry on neutrinos and black holes
    18:45 - Shumo's question about interstellar beacons using gamma rays or neutrinos
    26:00 - Colin's confusion about time dilation in "Project Hail Mary"
    32:15 - Discussion on the implications of time dilation and relativity
    Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

    Why Venus May Have Lost Its Moon Forever Sep 17, 2026
    Show notes Sponsor Link:
    This episode of Space Nuts is brought to you with the support of NordVPN. your first stop for online privavcy. To check out our special offer with a 30 day money back guarantee, visit www.nordvpn.com/spacenuts
    Space Nuts: Venus’s Missing Moon, Satellite Pollution, and Space Force Uniform Controversy
    Space Nuts covers three very different space stories in this episode, ranging from planetary science to the consequences of satellite reentry and a controversial military uniform design. Andrew Dunkley and Professor Fred Watson also field listener questions on orbital mechanics, neutrinos, alien communication, and time dilation.
    The discussion is broad, but the main thread is clear: how real-world physics shapes everything from Venus’s history to the future of spaceflight and even the look of space-age uniforms.
    Key topics
    Venus is Earth-like in size, mass, and gravity, but unlike Earth it has no moon, and the episode explores whether it may once have had one.
    Fred explains a modeling study led by Stephen Kane suggesting a Venus moon could have spiraled inward, crossed the Roche limit, and been torn apart by tidal forces.
    The team discusses what evidence might remain if Venus once consumed a moon, including possible chemical fingerprints in the atmosphere or surface.
    Satellite pollution is examined through the lens of reentering spacecraft, especially the growing number of Starlink reentries and their impact on the upper atmosphere.
    The European Space Agency’s jet-based chase of two reentering Cluster spacecraft, Tango and Samba, is described as an effort to measure reentry byproducts directly.
    The conversation raises concerns about aluminium oxides, atmospheric chemistry, and whether repeated reentries could have broader consequences such as ozone depletion.
    The final main story looks at proposed United States Space Force uniforms and why the design drew immediate comparisons to World War II-era fascist aesthetics and Starship Troopers.
    Andrew and Fred note how uniform design can shape perception, and why the new concept feels divisive rather than inspiring.
    Timestamps
    00:00 - Intro and setup for the episode
    00:41 - Venus, satellite pollution, and Space Force uniforms preview
    04:40 - Venus as Earth’s twin and why it has no moon
    08:21 - Modeling a missing Venusian moon
    09:20 - Gravitational tug-of-war and moon migration toward Venus
    11:44 - Conditions for a moon to survive around Venus
    12:43 - Possible traces of an ancient moon impact
    16:06 - Satellite pollution from reentering spacecraft
    17:16 - Starlink reentries and atmospheric contamination
    18:14 - ESA’s jet chase of reentering Cluster spacecraft
    20:06 - Observing Tango and Samba during controlled reentry
    21:45 - Why the atmospheric consequences could become controversial
    23:12 - Wood as a potentially more benign spacecraft material
    24:16 - Space Force uniforms and the first visual reaction
    25:34 - Starship Troopers and deliberate fascist design cues
    27:29 - Why the proposed uniforms feel unsettling
    Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

    Your Questions Answered: The Mysteries of Jupiter and the Sun Sep 14, 2026
    Show notes Sponsor Link:
    This episode of Space Nuts is brought to with the support of NordVPN. To grab our special NordVPN deal, simply visit www.nordvpn.com/spacenuts ....take control of your online privacy because no-one else is going to do it for you!
    Space Nuts: Q&A on Mitsubishi's Role in Telescope Manufacturing, Jupiter's Storms, and Gravitational Waves
    In this Q&A episode of Space Nuts, hosts Andrew Dunkley and Professor Fred Watson tackle a range of fascinating listener questions, from the involvement of Mitsubishi Heavy Industries in telescope manufacturing to the mysteries of Jupiter’s storms and the nature of gravitational waves. Join them as they delve into these cosmic queries with their signature wit and expertise.
    Key topics
    - Thomas from Canberra asks about Mitsubishi Heavy Industries and their role in the manufacturing of telescope hardware at Siding Spring Observatory. Fred Watson explains the engineering behind the Anglo-Australian Telescope and the significance of its construction.
    - Young listener Emily poses a question about Jupiter's Great Red Spot, prompting a discussion on the dynamics of storms and atmospheric patterns on the gas giant.
    - Butch from the UK inquires about the Parker Solar Probe and its mission to study the sun, as well as the advancements in solar observation technology.
    - Trent from North Georgia wonders if gravitational waves are slowed down by passing through matter, leading to an insightful explanation of how these waves interact with the fabric of spacetime.
    - The episode wraps up with a lively discussion on the role of artificial intelligence in astronomy and its implications for the future of scientific research.
    Timestamps
    00:00 - Introduction to the Q&A format and listener interactions
    01:20 - Thomas's question about Mitsubishi Heavy Industries and Siding Spring Observatory
    10:30 - Emily's question about storms on Jupiter
    18:45 - Butch's inquiry on the Parker Solar Probe and solar missions
    26:00 - Trent's question about gravitational waves and their speed
    32:15 - Discussion on artificial intelligence in astronomy and its impact
    40:00 - Closing remarks and listener engagement
    Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

    The Dark Matter Hint That Could Rewrite Physics Sep 10, 2026
    Show notes Space Nuts: Dark matter clues, Saturn’s new decagon, Mars and Titan missions.
    Andrew Dunkley and Professor Fred Watson cover a packed astronomy episode that moves from a tentative dark matter signal to a newly spotted ten sided storm pattern on Saturn. They also dig into two upcoming sample return style missions, one to Mars and one to Titan, before finishing with listener questions about Jupiter’s Great Red Spot, solar missions, gravitational waves, and AI in astronomy.
    Key topics
    In this episode, Andrew and Fred discuss the Lux-Zeppelin underground detector result, where researchers saw a low-energy flash that might be consistent with dark matter, though the signal is still far short of discovery level.
    Fred explains why dark matter is inferred from galaxy rotation and gravitational lensing, and why direct detection experiments need to be buried deep underground and shielded from background noise.
    The discussion covers Fred’s own migraine aura experience, including the zigzag visual pattern he describes as a brain-based phenomenon that affects both eyes.
    In this episode, they celebrate an outback astronomy success story involving Trevor Barry of Broken Hill, whose long-term Saturn observations helped connect amateur and professional work on planetary atmospheres.
    Fred explains Saturn’s famous north polar hexagon and the newly reported south polar decagon, noting that the southern feature appears to have formed only since 2023.
    They cover China’s Tianwen-3 Mars sample return plans, including the narrowing of candidate landing sites from 86 to 12 and the mission’s focus on clay-rich terrain that may preserve signs of ancient life.
    Fred and Andrew also discuss NASA’s Dragonfly mission to Titan, including the chosen region near Selk crater, the expected 3.3-year primary mission, and why Titan’s dense atmosphere makes rotorcraft flight more practical there than on Mars.
    Timestamps
    00:00 - Pre-show timing and getting ready to go live
    00:49 - Welcome to Space Nuts and what’s coming up
    02:23 - Fred joins the show and mentions recovering from knee surgery
    03:17 - First story: a possible dark matter detection at Lux-Zeppelin
    05:28 - Why dark matter is hard to detect directly
    06:56 - Underground detectors and the LZ experiment in South Dakota
    08:50 - The flash event and why it is only a hint, not a discovery
    11:44 - The 2.6 sigma result and what that means statistically
    13:55 - Trevor Barry and the discovery of Saturn’s south polar decagon
    16:23 - Saturn’s north polar hexagon and why the south is unusual
    17:49 - The decagon’s possible recent formation and what comes next
    21:26 - China’s Tianwen-3 Mars sample return mission
    23:40 - Candidate landing sites narrowed down and why clays matter
    25:20 - NASA’s Dragonfly mission to Titan
    26:03 - Why the Titan landing region near Selk crater is scientifically interesting
    27:31 - Dragonfly’s three point three year primary mission and Titan’s chemistry
    29:09 - Listener shout-outs and wrapping the first half
    Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

    1 2 3 68 Next

    Related Podcasts

    Science Friday

    1

    Science Friday Astronomy
    Science Friday

    2

    Science Friday Astronomy
    Ask Science

    3

    Ask Science Astronomy
    Astronomy Cast

    4

    Astronomy Cast Astronomy
    The 365 Days of Astronomy

    5

    The 365 Days of Astronomy Astronomy
    Spacepod

    6

    Spacepod Astronomy
    footer-logo

    Contact Us

    Toll Free: 844-670-7747

    Links

    • Home
    • Top Charts
    • Networks
    • Apps
    • Independents Podcasts
    • Podcast Advertising
    • Podcast News
    • Contact Us
    • About Us
    • Analytics & Insights

    Stay Connected

      Privacy, Terms of Use & Our Code of Ethics Protecting Content Creators Copyrights