James Webb Space Telescope sees lonely supermassive black hole-powered quasars in the early universe

[Admin]

The James Webb Space Telescope has discovered lonely quasars in the early universe, with "empty larders" that defy theories surrounding their growth to monster sizes.

James Webb Space Telescope sees lonely supermassive black hole-powered quasars in the early universe : Read more

 

[chemicalmicroscopist]

Dark matter and the "Ether" seem to me to have something in common.

 

[Questioner]

Maybe rapid expansion (inflation) created a decompression event that supercooled matter even to a sub-absolute zero degree,
which might be what is in the interior of black holes.

 

[Classical Motion]

I’ll bet the center of the earth and the sun have a rarefied gravity, if any at all. I think they will find that gravity converges into a shell, not a ball.

I think that the force, the field, or whatever it is, can superposition, but not the matter it comes from.

Thus a shell structure. Not a point structure. Giving balls for large matter structures. A shell ball, not a point ball.

But it’s purely a guess. If I’m not mistaken some of our measurements indicate a reduction of g at the center of earth.

Gravity will be the last physical mystery.

 

[Unclear Engineer]

Current theories all put the net force of gravity at zero in the center of spherical masses.

However, the negative potential energy of a location inside the sphere keeps getting larger all the way from the surface to the center. Just think about launching a rocket from a hole - it takes energy just to get to the surface.

The issue that I would like to see addressed is how time dilation behaves between the surface and the center. We know that time dilation increases (time passes more slowly) as an object approaches a mass from infinite distance. But, what happens when the mass goes into a "hole" below the spherical surface of the mass? It varies in direct proportion with the escape velocity (which is a measure of energy) outside the mass, and most people believe that it continues to do so inside the mass, so it increases all the way to the center. But, I don't know of any experimental evidence to support that. I think it would be a good test of General Relativity Theory.

 

[Ostelen]

My own hypothesis is that black holes were pieces of the incomprehensible Singularity, and were ejected along with all known matter, during the "Big Bang".

This is a logical explanation for black holes early existence and early formation of galaxies in our universe.