|
Part 0304 - Blackhole Mechanics |
ARGUMENT
0304-09
PRECEDENTS
PARAMETERS
- Consider that when a blackhole ejects a graviton it ejects a measure of energy.
- Consider that when a blackhole ejects a graviton it ejects a measure of mass.
- Consider that if a blackhole ejects equatable measures of energy and mass, there is no change in the stability of the blackhole.
- Consider
that if an understable blackhole ejects proportionately more energy than mass, there
is a decrease in the understability of the blackhole.
REASONING
-
When a blackhole is understable, it has an excess of energy over mass.
- Because it has an excess of energy over mass, its vergence velocity exceeds its escape velocity.
- Because its vergence velocity exceeds its escape velocity, it cannot prevent gravitons escaping.
- Because it cannot prevent gravitons escaping, there is a consequent loss of mass and energy.
- Because it differentially loses more energy than mass, there is a decrease in the understability.
- Because the vergence velocity exceeds escape velocity, the understability continues to decrease.
- Because
the understability continues to decrease, the measure by which vergence
velocity exceeds escape velocity continues to decrease.
- When
the vergence velocity and the escape velocity are the same, gravitons no
longer escape across the gravitysheath interface, mass and energy is no
longer lost, and the blackhole has become stable.
CONCLUSION
- That an understable blackhole differentially ejects mass and energy until it becomes stable.
|
COMMENTARY - 1
Blackholes
are constantly absorbing and ejecting gravitons and, since all gravitons have
the same mass but a variable measure of energy, this means the
stability condition of each blackhole is constantly changing. At the
gravitysheath interface of a blackhole, the escape velocity is always
zero but the vergence velocity is rarely zero for long and thus a
blackhole is rarely stable for long. That said, the
default
condition for all blackholes is to be stable and blackhole has within
it the mechanism that will automatically attempt to return it to
the default condition.
COMMENTARY - 2
Stability
in a blackhole doesn't mean its mass and energy measures are
constant. It doesn't mean the absorption of a single graviton by a
stable
blackhole is necessarily followed by the ejection of a single
graviton. Absorbed gravitons cross the gravitysheath interface with a
variable
measure of energy - perhaps a low measure or perhaps one that is
extremely high. In contrast, ejected gravitons tend to have
just
enough energy to get them across the gravitysheath
interface. Thus the absorption of one high energy graviton
can
result in the ejection of two or more lower energy gravitons,
reestablishing the blackhole's stability at a lower
mass measure.
|
|
|