Supermassive Black Hole Binaries Two Ways
What do optical telescopes and neutron stars have in common? They can both be used to look for supermassive black hole binaries!
Mind the gap: A tale told by black holes
How massive can stellar black holes be?
Lack of spacetime squiggles limit how much a pulsar can be squashed
Before Galileo saw it through a telescope, most people believed that the Moon was a perfect sphere. It is fascinating today that @LIGO-Virgo are able to (correctly) identify perfect spheres over a hundred times smaller than the Moon situated over 300 light years away.
How Can Fast Radio Bursts be Produced in Binary Neutron Star Systems?
Fast radio bursts have unknown origins, but today’s guest post discusses one possibility: interacting BNS systems.
One small ripple for spacetime, one giant leap for cosmology
Finding some real estate for the next gravitational wave detector might not be too hard. The problem? Getting it there.
Look, Up in the Sky! Is it a Black Hole? Is it a Neutron Star? Good Question.
The most recent gravitational wave merger detected by LIGO/VIRGO consists of two objects with very unequal masses. But just what is the smaller object?