Don’t Like Your Neutrino Flavor? Transform It!
Neutron stars are some of the densest, most exotic objects in the universe. Today’s paper explores how simulating novel neutrino physics affects the outcome of neutron star mergers.
Superconductive Regions in Magnetars
Today’s authors consider superconductive magnetar models and their impact on gravitational wave observations.
Guest: Wolf-Rayet Stars and Compact Object Collisions: A Stellar Recipe for Gravitational Waves
How do compact objects end up in binaries? Today’s authors investigate how Wolf-Rayet stars could provide a key insight into the development of binary compact objects.
Please, Please, Please Be a Neutron Star
In today’s Astrobite by Guest author Danielle Dickinson, searches for a remnant neutron star at the heart of Supernova 1987A!
Could a hidden white dwarf explain this ultra-long period radio transient?
Today’s paper explores links between a red dwarf star and a mysterious radio source bursting every 3 hrs.
Rude Awakenings: Black Holes Might Get Kicked When They’re Born
Most babies get lullabies, but some baby black holes might get strong kicks from their parent supernovae instead.