Superconductive Regions in Magnetars
Today’s authors consider superconductive magnetar models and their impact on gravitational wave observations.
Why is there more matter than antimatter? Gravitational waves may help us find the answer
In today’s astrobite, we talk about how gravitational waves could provide insight on particle physics, events in the early Universe, and even matter and antimatter asymmetry.
How will the Universe’s cosmic clumps impact future gravitational wave measurements of H0?
Today’s paper explores the impact of clumpy matter on gravitational lensing and measurements of the Hubble Constant.
Too big to fit? Recipes on how (not) to create the black hole binary that you find in your backyard
Curious about how Gaia BH3 formed? We have the next best thing! Today’s bite explores how it may not have formed.
A Miss from Gravitational Waves Off the Top Rope!
In today’s bite we watch gravitational waves come for one of astronomy’s top 5 ops: the standard cosmological model of the universe.
Giving Justice to Intermediate Mass Black Hole Mergers!
How can we find the gravitational waves that form when an IMBH and SMBH merge? Read ahead to find out how we can prepare to detect these supposedly common mergers using LISA!