Careful astronomy paper talk that keeps the unresolved parts in view.
Episode 27 moves from the chemical DNA of the Magellanic Clouds to a careful radio search around Omega Centauri for signs of an intermediate-mass black hole.

Michelle and Payel
34 episodes listed below
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Hello! Welcome to the StarXiv, hosted by Dr Michelle Collins and Dr Payel Das. This is a biweekly podcast that delves into the latest astronomy papers & results from the arXiv. Michelle and Payel are astronomers at the University of Surrey. They love research, but struggle to find time to read a lot of papers. They’re hoping this podcast fixes that. The beautiful logo is designed by Izzy Gray, a PhD student currently studying at the University of Surrey.
Based on 6 episodes we listened to · September 2026
An astronomers' journal club that makes the methods, uncertainties, and implications of current papers audible through informed conversation.
StarXiv turns recent astronomy papers into an audio journal club, with Michelle Collins and Payel Das presenting studies and pressing each other on methods, assumptions, and implications.
Failed galaxies get sympathy; you get astronomers asking what the evidence can actually tell us.
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Short reviews from the PlayNext desk, based on the episodes we processed.
Careful astronomy paper talk that keeps the unresolved parts in view.
Episode 27 moves from the chemical DNA of the Magellanic Clouds to a careful radio search around Omega Centauri for signs of an intermediate-mass black hole.
Astronomy paper discussion that stays curious, specific, and a little messy.
Episode 26 comes across like a reading group in motion: one paper on a misaligned streamer and the strange structures around BHB 2007-1, another on low-mass galaxies and their age and metallicity gradients.
Supernovae, merger history, and WEAVE get a close, slightly unruly read.
Episode 29 keeps its attention on the science, moving from the response to Still Accelerating Type 1a Supernova Cosmology: Post-Galaxy Age Evolution to the WEAVE image spectroscopy paper on NGC 6720, then to a retrograde Milky Way system that may have merged even earlier than…
A paper-led look at globular-cluster origins and black hole growth, with just enough technical wobble to feel honest.
The episode keeps faith with two linked astronomy questions: whether nitrogen-rich field stars can come from globular clusters, and how simulated black holes grow when Bondi accretion gives way to sink particles.
JWST-era puzzles, worked through by researchers who keep the uncertainty in view.
StarXiv spends most of this episode with early-universe astronomy papers and the way they are forcing old timelines to bend. The strongest section follows the little red dots found by JWST and makes a careful case for direct-collapse black holes, leaning on their tiny sizes,…
A paper-club listen that treats disk galaxies as an unresolved problem rather than a finished story.
Renzo's Rule Revisited treats disk galaxies as an open problem, not a settled one. It links baryon-dark-matter coupling to the old mismatch between visible matter and rotation curves, then moves to Malin 2 and other giant low-surface-brightness disks, where the scale alone makes…
Rare astronomy research, told with curiosity and a steady conversational hand.
Episode 31 works best when it sticks to how astronomers talk through rare objects and uncertain origins. It moves from a rare radio galaxy find to Apophis and then to a third topic, and the thread holding it together is the same each time: the hosts keep separating what is known…
A technical astronomy discussion that stays curious and methodical while working through a dark-matter lensing puzzle.
StarCive opens with the hosts back together after a while apart, then settles into a paper about how to probe a dark object with no stars attached.

Neil deGrasse Tyson and comic co-hosts field Cosmic Queries on physics, space, and beyond.

Rotating StarTalk scientist-hosts and a comedian co-host tackle listener-submitted cosmic questions.
ABC Radio National pairs daily Artemis II updates with its five-part Challenger Legacy investigation.



Patient space coverage with real mission context.
The hosts open by saying they've spent the last few weeks reading papers and are ready to get started.
Episode 27 opens with Christmas cheer and the note that it is the last episode of the year, so the show takes a three-week break.
Starchive opens by marking a year of recording and thanking listeners.
Michelle Collins opens episode 21 with Nicole Buckley back at the table and three papers lined up.
The episode moves from a DESI DR1 study of 944 star-forming galaxies at redshift below 0.5 to a Gaia-based estimate that more than 80% of stars could form in open clusters.
StarXiv comes back after an extra week away and works through three papers, with two of them handled as quick half-segments.
The three hosts meet for a first triad crossover and immediately treat the setup like a live experiment.
Episode 22 opens with a discussion of Andrea Carillo et al.'s Gaia Enceladus Sausage paper from Carleton College, which uses eight Auriga-simulation satellites to test whether the progenitor had a metallicity gradient before merging with the Milky Way about 10 giga years ago.
StarCive Episode 28 features astronomy researchers discussing two red supergiants showing mysterious changes: Betelgeuse's unexpected dimming and variable brightness, and WOH G64 in the Large Magellanic Cloud showing similar patterns.
StarXiv episode 29 opens with Phil Wiseman et al.’s MNRAS response to a 2025 supernova paper that claimed host-age trends could erase the dark-energy signal, and the hosts say the modern g-host and selection-bias corrections make that trend disappear.
Episode 24 opens with both hosts finally back together after a run of mismatched schedules.
Michelle and Pyle are back together for episode 31 and jump straight into three papers.
StarXiv episode 23 moves from JWST little red dots and quasi-stars to Milky Way fossils, dark-matter limits, and rare RR Lyrae chemistry.
StarXiv episode 32 centers on two astronomy threads: whether nitrogen-rich field stars really came from globular clusters, and how black holes grow in dwarf galaxies and nuclear star clusters.
StarXiv Episode 18 moves from galaxy rotation curves to dwarf-galaxy morphology, deep imaging of Malin 2, globular-cluster chemistry, and planet-forming disk alignment.
Two astronomers discuss recent astronomy papers from arXiv, starting with casual chat about holidays and April Fools' papers.
Hosts Michelle and Payel discuss recent astronomy papers, starting with a paper on detecting dark matter from pulsars.
Two astronomers discuss recent astronomy papers, starting with a paper on the metallicity of ultra-faint galaxies.
Two astronomers discuss recent astronomy papers, starting with a paper on finding metal-polluted population three galaxies.
This episode discusses a paper on detecting neutral hydrogen in galaxies at high redshift using the MeerKAT telescope.
Two astronomers discuss recent astronomy papers, starting with a paper on detecting low surface brightness galaxies using transfer learning.
Hosts Michelle Collins and Payel Das discuss recent astronomy papers from arXiv, sharing their reading habits and the latest research trends.
The hosts introduce the podcast, discuss their holiday spirit, and explain their plan to cover recent astronomy papers from arXiv.
Two astronomers introduce themselves and their research areas before discussing recent astronomy papers from arXiv.
Two astronomers introduce a new podcast that will discuss recent astronomy papers from the arXiv to help themselves and others keep up with research.