Neutron Star Limbo: How Low Can Their Masses Go?
Simulations reveal how a surprisingly low-mass neutron star might have formed–and what that means for supernova theory.
Sagittarius A* only eats half its lunch, but where does it come from?
The Milky Way’s supermassive black hole may have been disrupting the lives of many binaries. Today’s bite explores where those binaries came from.
Here There Be (Star-Filled) Dragons
Today’s paper explores how JWST was able to observe 44 individual stars in a galaxy eight and a half billion light years away!
The Dark Matter Redemption Arc for Neutron Star Equations of State
Could dark matter be shaping neutron star properties from the shadows?
Radio this one in: a catalogue of hundreds of new and known radio stars
Is your favourite star radio bright? Find out today with the most comprehensive collection of radio stars yet: the Sydney Radio Star Catalogue!
J1010+2358 PISN’t a direct descendant of the first stars
We thought we finally found a direct descendant of the first stars. A follow-up observation showed that it PISN’t.