StarXiv: a podcast discussing the latest astronomy papers
StarXiv: a podcast discussing the latest astronomy papers
Podcast Description
Hello! Welcome to the StarXiv, hosted by Dr Michelle Collins and Dr Payel Das. This is a biweekkly 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.
Podcast Insights
Content Themes
The podcast covers a variety of astronomical topics, including dark matter, black hole research, planetary discovery, and machine learning applications in cosmology, with episodes exploring themes such as constraints on mixed dark matter, black hole survival, and the potential detection of Earth-like planets.
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.
In this episode of the StarXiv Michelle and Payel talk about very massive and less massive black holes, the possibility of feedback free star formation, dark galaxies, runaway dwarf galaxies and the chance of life in the faintest galaxies.
Check out the papers below!
AGN-heated dust revealed in “Little Red Dots – I Delvecchio et al.
Is feedback-free star formation possible? – A. Ferrara et al.
The First RELHIC? Cloud-9 is a Starless Gas Cloud – Gangadeep Anand et al.
An isolated early-type dwarf galaxy that ran away from the group environment – Sanjaya Paudel et al.
Are Local Group Dwarf Spheroidal Galaxies the First Safe Planet-hosting Environments? – Stefano Ciabattini, Stefania Salvadori, Leonardo Testi
New gravitational-wave data support a bimodal black-hole mass
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