A Few notes on SN2006GY & W49B
The Mechanics of Novadic Distributions
by Joseph_Sixpack
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Abstract:
Black Holes 'explode' or 'go off' when the solar mass
escaping thru the zero gravity port or thru evaporation,
drops beneath the escape velocity required to hold
radiation.
As probably an unnecessary note, that escape velocitgy value
corresponds to the value of 186,000 miles per second, or c,
the speed of light. If the escape velocity is only 185,999
miles per second, everything gets to leave at once, like
kids getting out of school on the last day of school before
summer vacation, off it goes in every direction at once.
All of these types of super novas would have perhaps the
same visible physical displaying realities since the release
event would be the same solar mass number for all of them.
Any minor differences could be attributed to the rate of
plasma leakage thru the zero gravity port
That is, they would release all their pent up plasma or
radiation at approximately the same solar mass value.
Initial escape velocities, for say the first few time
periods, may somewhat depend on how fast the retention rate
deteriorates.
Establishing this value could give insight as to just what
solar mass requirements would be necessary for 'black hole
status'.
The hypothesis presented by joe is that SN2006gy was just
such a system event.
No internal collapse of mass was required to set off the
nova.
If anything, a collapse of internal mass would increase
gravitation by increasing gravitational efficiency, and
extend the event horizon outwards even more, and interdict
any immediate distribution of relieved plasma by retaining
all radiation well within its event horizon. An internal
collapse is or would be, a silent and invisible event.
W49b
W49b as well as the crab nebulae are examples of distributed
black holes, one definitely a binary, whose solar mass
values dipped beneath the necessary retention value to
retain mass. The other probably made its distribution the
same way. W49b needs to be checked out for any quasar or
pulsar broadcasting if it hasn't already.
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