Globular clusters as gravitational wave factories
The dense environments in the center of globular clusters lead to an abundance of binary black hole mergers, potentially detectable by LIGO.
The dense environments in the center of globular clusters lead to an abundance of binary black hole mergers, potentially detectable by LIGO.
Astrophysics covers a huge amount of scales from subatomic size to the size of the universe. Nevertheless, it is often possible to describe fundamental phenomena only with the help of few equations – although doing the calculations may reveal surprises.
What did the first planets look like?
Simple physical models can yield useful insights into the structure of planets in the outer Solar System.
The recent LIGO announcement has lead to exciting waves of new science. Today, we look at one theory about the potential gamma-ray burst associated with a gravitational wave.
In today’s astrobite, a group of astronomers experiences déjà vu while studying gravitational lensing.