When two black holes collide, they vibrate like a beaten drum
Merging black holes create a chaotic, roiling mass that emits gravitational waves. By analyzing the harmonics of these vibrations, physicists hope to uncover fundamental truths about the fabric of spacetime itself.
Physicists typically model black holes as static, unchanging objects viewed from an infinite distance to simplify complex calculations. However, real black holes are born from the violent deaths of massive stars and frequently merge, creating a messy, non-idealized state immediately following the collision.
Recent advancements from the LIGO and VIRGO observatories have allowed researchers to detect the gravitational radiation produced during these mergers. This data provides a new window into black hole physics, with some researchers claiming to have successfully identified the specific harmonics emitted by these vibrating, post-merger objects.
Source: Black Hole Harmonics
