“Our plans are measured in centuries”: Using Gravitational Waves to predict how Supernovae Collapse
Read ahead to find out if the authors of today’s paper are the Bene Gesserit of our Universe!
Read ahead to find out if the authors of today’s paper are the Bene Gesserit of our Universe!
For many, Monday’s eclipse presents a once-in-a-lifetime opportunity to see the Sun and Moon align. For others, the situation is far from simple.
What time is it? For many applications, ranging from GPS navigation to interferometry-based astronomy, answering this question with extreme precision is crucial. To do so, one needs a highly stable clock. Currently, the most stable clocks are atomic clocks, but they are not perfect. Today’s paper presents a method to improve the stability of the time signal from atomic clocks by combining it with the time signal from millisecond pulsars.
International students were impacted in many ways during the pandemic. This paper attempts to study how they coped and what structural barriers they faced.
There’s a space race that can last hundreds of millions of years: the race for two black holes to merge. Find out how we can use the gravitational wave background as our stopwatchin today’s bite!
There is a tradition in Astronomy to post silly science papers to the arXiv on Aprils Fools day. We’ve collected them all for 2024 and provided some “peer review”