In an investigation that I am carrying out, I found something quite odd.
The results dictate that black holes may be surrounded by dark energy causing some in falling particles (particles with mass only) to follow a hyperbolic trajectory as the particle approaches the Schwarzschild radius. The properties and the spectrum of the particle is distorted due to the gravitational field making it hard to detect which in turn gives the illusion that the particle did disappear into the black hole.
Hi Avishek
It would be interesting to see your results and assumptions on this.
Will you be publishing a paper?
I would be particularly interested to see what attention you have paid to excluding other possible solutions, such as radiation pressure at the schwartzchild radius or distortion of the gravitational field due to precession of a black hole.
Regards
Ian
I have just set up the problem last night. I will be investigating it further.
Dark matter is one of astronomy's most embarrassing conundrums: despite comprising 84.5 percent of the matter in the universe, no one can find it
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