H-M's Black Hole Mergers Might Actually Make Weak Gamma-Ray Bursts
From hanporop@luukku.com@21:1/5 to All on Thu May 31 00:47:17 2018
There is a phenomena time-axis inversion oscillation when two event horizons collides in case of two black-hole merge. I consider here H-M´s black holes. This means that weak gamma-ray burst signal could be observed little time after
gravitational wave observation if time-axis inversion oscillation has happeded.
I consider that event horizon of black hole behaving same way as
H-M´s radiation periphery of H-M´s singlecut 8/8 diamond which is
formed from one radiating periphery in case of galaxy.
H-M´s radiation periphery consist of two different mass types of right color neutrinos and wrong color neutrinos, right one of them is not ordinary
matter type and second wrong one is ordinary matter type.
When these two different mass types reacts gamma-ray burst originates.
This is a kind of short circuit chain reaction between right color neutrinos and wrong color neutrinos.
Time-axis inversion oscillation means that time´s direction is opposite
at this short oscillation period.
H-M´s black-hole in case of galaxy does not really have a singularity,
it is this H-M´s singlecut 8/8 diamond.
In case of galaxy really H-M´s singlecut 8/8 diamond have hundreds
of thousands radiation peripheries around it and between these radiation peripheries time-axis direction changes periodically (our time direction
and opposite of it).
Time difference between two radiation periphery is 100000-300000 years.
H-M´s singlecut 8/8 diamond is origin of time axis in case of galaxy
for example.
Please take a look my old writings in the internet sci-groups from 1992 ->.