Post by Pincho Paxton on Jul 11, 2024 7:32:13 GMT
Link...
Strong evidence for intermediate-mass black hole in Omega Centauri
Pincho says...
Using my physics the universe has cell division, it starts off with big cells which would include the supermassive black holes, and then those black holes get divided up by the spin of gravity until you have particle physics. Particles are quantum holes surrounded by spin to create mass from basically nothingness. So my version of the Universe has no Big Bang, but flows towards holes that create red shifts. Each galaxy can have it's own cell division scale, so atoms can be any size in a galaxy, with all of the physics to scale with them making the galaxies just look the wrong distance away like watching a TV screen. Everything on your TV screen looks fine, but everything is smaller than it is supposed to be. The cells scale down, so the present has the smallest cell division, and we are looking at larger scale structures in the past. This makes intermediate black holes complicated.
Pincho Paxton
Strong evidence for intermediate-mass black hole in Omega Centauri
Pincho says...
Using my physics the universe has cell division, it starts off with big cells which would include the supermassive black holes, and then those black holes get divided up by the spin of gravity until you have particle physics. Particles are quantum holes surrounded by spin to create mass from basically nothingness. So my version of the Universe has no Big Bang, but flows towards holes that create red shifts. Each galaxy can have it's own cell division scale, so atoms can be any size in a galaxy, with all of the physics to scale with them making the galaxies just look the wrong distance away like watching a TV screen. Everything on your TV screen looks fine, but everything is smaller than it is supposed to be. The cells scale down, so the present has the smallest cell division, and we are looking at larger scale structures in the past. This makes intermediate black holes complicated.
Pincho Paxton