Stars and Black Holes – Friday 22nd December 2023

Stars and Black Holes – Friday 22nd December 2023

Firstly, I don’t think that can occur. Were a small black hole to come in contact with a star, it would just fizzle, the star being the bigger stronger power in comparison. Something like a grenade versus an atomic explosion, its force would just wipe away the grenades explosion.

As some people are aware, I theorised we are in a fusion beam (black hole) that is inside a sphere. In the centre of that sphere a process began. Perhaps due to mass and or time. When I try to think of something like it the only thing that comes to mind is a combination of cocoon and if you can think of a large coal field that for some reason starts to burn from the centre out. Like that type of process, but very different of course. The breaking down of this sphere from within, is I think in some way like the concept of a black hole inside a star, but I don’t think it can occur.

If there were teeny black holes created at the beginning of this universe, then there would have been a lengthy time gap before stars formed for those primordial black holes to come in contact with, (if we accept that is how things commenced).

Because to my mind, this space we are in is a fusion beam which is continuously expanding, the fusion beam phenomenon can only occur when the force necessary to create/convert space into that fusion beam happens. However, we have no idea the size of things unknown to us, so we base rules on that that we do know. Something much larger than supernova stars would be just as capable of creating the phenomenon, if the necessary force is created.

Would it spin like the black holes we have observed, or would it have spun till it attained a certain size, ceased rotating and just continued as a beam, or is it, and the space within it still rotating?

Fiona MacLeod (C)