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Podcast Profile: The Astrophysics Podcast

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14 episodes
2024 to 2025
Median: 60 minutes
Collection: Physics, Math, and Astronomy


Description (podcaster-provided):

Once a month, Purdue University's Professor Paul Duffell discusses astronomy and astrophysics with experts from around the world. Duffell and guests discuss supernovae, galaxies, planets, black holes, and the nature of space and time.
Supported by the National Science Foundation under grant AAG-2206299.
Music by Brittain Ashford.
Produced in beautiful Lafayette, Indiana by Paul Duffell.
Follow us on BlueSky!


Themes and summary (AI-generated based on podcaster-provided show and episode descriptions):

➤ Astronomy and astrophysics discussions with experts • Supernovae and black holes • Galaxies and universe formation • Computational models and simulations • Forensic and time domain astronomy • Exoplanet imaging and data analysis

This podcast, hosted by Professor Paul Duffell from Purdue University, offers a deep dive into the world of astronomy and astrophysics, bringing together experts from various fields to discuss a range of cosmic phenomena. The focus is on exploring both theoretical and observational aspects of the universe, featuring discussions on supernovae, galaxies, planets, black holes, and the complexities of space and time.

Listeners can expect to venture into a variety of astrophysical topics, including the forensic science applied to understanding supernovae, the role and evolution of binary star systems, and the dynamics within our galactic neighborhood. Black holes are a frequent subject of interest, with insights into their consumption patterns and the things that may orbit them. There is also a significant emphasis on the use of advanced technologies like the James Webb Space Telescope to uncover distant phenomena, such as direct imaging of exoplanets and the formation of the earliest galaxies.

The podcast delves into methodological advancements, such as computational models simulating cosmic events and machine learning techniques for managing vast astronomical datasets. Discussions often bridge the observable universe with theoretical underpinnings, highlighting intricate areas such as turbulence on cosmic scales and the peculiar characteristics of stars like Mira. Alongside these themes, there is an exploration of the infrastructure underpinning astrophysical research, including the publication processes and the role of neutrinos in stellar interiors. Overall, this podcast provides an extensive overview of contemporary astrophysical research and discovery.


Episodes:
Dr. Lindsey Kwok -- The Forensic Science of Supernovae
2025-Feb-01
55 minutes
Dr. Paul Duffell -- The Universe on a Computer (with host Dr. Abigail Polin)
2025-Jan-01
70 minutes
Dr. Brenna Mockler -- When Black Holes Get Hungry
2024-Dec-01
60 minutes
Dr. Dan Milisavljevic -- Into the Time Domain
2024-Nov-01
55 minutes
Dr. Katelyn Breivik -- How Binary Stars Evolve
2024-Oct-01
69 minutes
Dr. Kyoungsoo Lee -- Our Galactic Neighborhood
2024-Sep-01
70 minutes
Dr. Jason Wang -- Taking a Photo of an Exoplanet
2024-Aug-01
46 minutes
Dr. Rosalba Perna -- The Neighborhood of a Supermassive Black Hole
2024-Jul-01
64 minutes
Dr. Soham Mandal -- What Happens to Supernovae After they Explode?
2024-Jun-01
50 minutes
Dr. Yuan Li -- Our Turbulent Universe
2024-May-01
56 minutes
Dr. Ashley Villar -- Big Data in Astrophysics
2024-Apr-01
63 minutes
Dr. Frank Timmes -- Pulsing White Dwarfs, Neutrinos, and the Infrastructure of Research
2024-Mar-01
57 minutes
Dr. Erica Nelson -- Watching the First Galaxies Form
2024-Feb-01
59 minutes
Dr. Abigail Polin -- A New Type of Supernova
2024-Jan-01
63 minutes