I love to contemplate galactic-scale synchrotrons that accelerate supermassive charged black holes to collide at relativistic speeds. The thought never really goes anywhere, but I'm sure it'd be a spectacle to behold.
It would be just about the only way we could get the data required to resolve the contradictions between the Standard Model and general relativity. The unification energy is simply stupendous.
Can black holes even collide? I guess their horizons can merge somehow... Probably a spectacular show.
Disclaimer: This is my own work
https://www.youtube.com/watch?v=doS85Mh78Vc
This is what they look like when they merge, its pretty darn cool
That’s precisely what LIGO measures, the gravitational waves from black hole mergers (or neutron star mergers, etc).
>Cosmic Heavyweights Collide – LIGO Detects Largest, Fastest-Spinning Black Holes Yet
https://scitechdaily.com/cosmic-heavyweights-collide-ligo-de...
I love to contemplate galactic-scale synchrotrons that accelerate supermassive charged black holes to collide at relativistic speeds. The thought never really goes anywhere, but I'm sure it'd be a spectacle to behold.
It would be just about the only way we could get the data required to resolve the contradictions between the Standard Model and general relativity. The unification energy is simply stupendous.
That could be a good question for AI to answer.