For black holes, researchers are interested in understanding how quantum effects, particularly those associated with Hawking radiation, impact our classical understanding of these gravitational behemoths. Hawking radiation suggests that black holes are not completely black but emit radiation due to quantum processes near the event horizon. Exploring the interplay between quantum phenomena and the classical gravitational framework of black holes is crucial for refining our understanding of their formation, evolution, and ultimate fate.
Abhishek Kumar,
your black holes are in fact created as a biproduct of the process where the elementary particles are created out of vacuum through a quantum mecanical process.
The process leads to the creation of bound pairs of particle-antiparticle. They build up the super massive objects (galaxy cores) observed in the center of most galaxies. The cores accrete debris and form the galaxies.
It is all described in my books (Born:A universe in my profile). The last one gives a summary and confronts my findings with recent observations. It comes out quite nice.
A simple solution to the black hole puzzle: What does the sun look like in the distance if we look at it from above the sun's north pole? Answer: in the form of a black hole.
If we look at the sun from a distance below the south pole of the sun, what will it look like? The answer is only darkness.
I mean quite clearly.
Classic proof, black hole, I explained all the details in my discoveries.
All my findings are classics. And without theoretical and quantum physics.
All answers are from my new kernel model results
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