Episode 46 – the origin of life and globular clusters, and local little red dots

In this week’s episode, Michelle and Payel discuss whether comets are able to deliver prebiotic feedstock molecules in the high concentrations required for prebiotic chemistry, whether merger-driven and secular-drive starburst dwarf galaxies, whether ultra-diffuse galaxies could be the missing link for globulater cluster formation, and whether examining local little red dots can shed light on their apparent X-ray weakness. Tune in below, or on Spotify and Apple.

Check out this week’s papers below:

Cometary impacts an unlikely pathway towards the origins of life on Earth – Richard J Anslow et al.

Spatial distribution of star formation in dwarf galaxies: Merger-driven and secular starburst – Rakshit Chauhan and Smitha Subramanian

An Unusually Clumpy Ultra-Diffuse Galaxy in the Coma Cluster: A Missing Link for Globular Cluster Formation? – Yimeng Tang et al.

Local Analogs of Little Red Dots: Clues to the X-ray Weakness – Shi-Jiang Chen et al.

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