Is Space-Time Quantum? Unveiling Cosmic Secrets! #shorts

本站添加: 2026-06-08

[00:00:00]You you don't in that picture, you don't require some kind of unification between quantum mechanics and and gravity. So, do do you picture space-time as fundamental?

[00:00:12]>> It's not you see it's not really quantum at all. It's a very different perspective. I'm not saying in fact quantum mechanics is is a perturbation in this picture. It's a very classical. I think people don't like that thing. Oh, it's got to be quantum mechanical. I thought that too.

[00:00:28]But this is a divergence from that view. It's saying the Big Bang is not quantum mechanical.

[00:00:35]It's it comes from the fact that it's conformal.

[00:00:39]Because the mass has got lost.

[00:00:42]Once you've lost the mass, you have a conformal picture and then the Big Bang is very like the remote future.

[00:00:49]That's in fact it's so much like it that our Big Bang is the continuation of the remote future of this previous eon.

[00:00:57]>> So, there there is no theory in that picture from which underlies general relativity.

[00:01:03]Let's say this general relativity is a is a a base theory, let's call it.

[00:01:09]>> you would say it is a generalization of it, but it's not saying it's quantized.

[00:01:14]No.

[00:01:15]See, it's not quantum general relativity. See, that's the difference.

[00:01:19]I think people were saying, "Oh, well you got to quantize GR before you can explain the Big Bang." This is a very different picture.