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Is Science Lost ? part 2 - Black Holes; hit or myths

Author:

Tickner, Clive

Category:

Research Papers

Sub-Category:

Astronomy

Language:

English

Date Published:

September 6, 2021

Downloads:

88

Keywords:

Einstein, John Wheeler, Spacetime Matrix, Cosmological Constant, Black Holes, Event Horizon, Red-Shift, Photons, Anti-protons, Annihilation, Data collection, Data interpretation, The Event Horizon Telescope, Galaxies and Supernova, Milky Way

Abstract:

Further to my previous paper "Is Science Lost" of July 14th 2021, in this journal, this essay continues with the problematic issue of Black Holes, which have become such a significant part of the mythology of current cosmology. The presence of a Black Hole is inferred by its interaction with other matter and it is the contention that orbiting stars might be an indication of a Black Hole's location and mass, although none have yet been identified. Given that, far away, from a Black Hole's gravitational influence, its external gravitational field is identical to that of any other body of the same mass, this when viewed from Earth, must seriously impede the separation of any Black Hole from all the other material in the Cosmos. So, do Black Holes actually exist in nature or are they merely pathological solutions to Einstein's equations? Is spacetime merely a replacement for an unknown force in space, waiting to be replaced by yet another claim? Is cosmological physics lost? Maybe.

Comments

Steve Olah(Laguna Woods, United States):
This work is a fine continuation of the first part by the author. Good reading. Pay attention.
Black Holes. Not a very descriptive name. Maybe a black accumulator?
Scientists relied on magic for centuries. One major magic is field theory. We don't know why M1 attracts M2. It must be gravitational field. OK. So now it is curvature of space time. Let me rephrase: We don't know why Q1 attracts -Q2, must be electromagnetic field. And so on. They simply do not know. To muddy the water, the quantum people got involved. They don't know either, but the professor's title earns good money.
Black Hole. What a hoax. Close to Infinite negative energy in empty space. Magic. Bad enough to imagine energy in empty space, but negative energy?
Please, somebody help us.

Posted: September 07, 2021 @ 4:21:23 am
1 Replies

reply
Gerd Termathe(Friedberg, Germany):
If you want to get an impression how a black hole may look like, have a look at my Geogebra-animation for a Helium atom:
https://www.geogebra.org/m/zjbtumtz
(to start the animation set the slider at the variable to zero and klick the start button next to it).
The animation is based on the very first eigenvalue x=tan(x) (x1=4.493409), which gives in the shown case v=1.247c. Eigenvalues are angles.
The black hole at the center is a region where not light comes in.

Posted: September 10, 2021 @ 11:31:58 am

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