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Could spinning soup start starquakes and explain a magnetar mystery?

Could spinning soup start starquakes and explain a magnetar mystery?

by Cole Meldorf | May 8, 2023 | Daily Paper Summaries

Neutron stars likely contain a quark soup center, and the authors of today’s paper seek to see if the process of neutrons being crushed into this quark soup could explain the unexplained fast radio burst phenomenon.

Grab a partner, it’s time for tonight’s dizzying doppler dance!

Grab a partner, it’s time for tonight’s dizzying doppler dance!

by Storm Colloms | Mar 17, 2023 | Daily Paper Summaries

Did you know we are looking for black hole binaries orbiting supermassive black holes? Here’s how!

For My Next Trick, I’ll Make These Gamma Rays… Disappear!

For My Next Trick, I’ll Make These Gamma Rays… Disappear!

by Evan Lewis | Mar 7, 2023 | Daily Paper Summaries

We can’t exactly put massive neutron stars on scales, so how do we measure their masses? Today’s paper introduces a new method, using high-energy gamma rays!

Shifting our View on Neutron Stars with Gravitational Wave Parallax

Shifting our View on Neutron Stars with Gravitational Wave Parallax

by Macy Huston | Dec 22, 2022 | Daily Paper Summaries

Today’s paper explores how gravitational wave parallax can help us characterize neutron stars.

Magnetars makin’ waves

Magnetars makin’ waves

by Jessie Thwaites | Nov 12, 2022 | Daily Paper Summaries

Today’s authors search for gravitational waves from extreme sources – magnetar short bursts!

Cellular automata earn their (magnetar) crust

Cellular automata earn their (magnetar) crust

by Ryan Golant | Oct 12, 2022 | Daily Paper Summaries

Cellular automata may be *crust* what we need to understand the properties of magnetars.

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