3 ms·
But if it's infinitely small(not the event horizon, the black holes singularity), then a rotation or poles are hard to imagine. Is the singularity rotating or t
by yawaworht1978 5y ago
But if it's infinitely small(not the event horizon, the black holes singularity), then a rotation or poles are hard to imagine. Is the singularity rotating or the whole event horizon area?
It's hard to put this in descriptive words, i hope my point gets across.
- drewrv 5y agoYeah I thought about this and looked into it a little bit. A "point" has zero dimensions so my intuition thought that there's nothing TO spin. What happens at the singularity in a rotating black hole depends on your quantum theory of gravity. Some theories have the singularity as a "ring" instead of a point. I believe loop quantum gravity has a "planck star" in the center of a black hole. Macroscopically, rotating black holes can be thought of as rotating the space around the event horizon. So the spacetime curvature doesn't just pull you directly to the center, there's an angular aspect as well. https://en.wikipedia.org/wiki/Planck_star https://en.wikipedia.org/wiki/Planck_star https://www.youtube.com/watch?v=UjgGdGzDFiM https://www.youtube.com/watch?v=UjgGdGzDFiM