SELFPROOF 0304
- EXTREMAL BLACKHOLE
CURRENT PARADIGM
An EXTREMAL BLACK HOLE is a black hole with the minimal possible mass that can be compatible with a given charge and angular momentum.
In other words, this is the smallest possible black hole that can exist
while rotating at a given fixed constant speed. The concept of an
extremal black hole is theoretical and none have thus far been observed
in nature. However, many theories are based on their existence. ( Wikipedia 24 Jan 2012)
MALTA TEMPLATE
COMMENTARY
In
the extremal blackhole concept, for a given spinrate there is a mass
measure below which a blackhole cannot endure. This is true, viz: - Relative to something, the solidbonded gravitoncore of a blackhole always spins (rotates).
- The gravitonocean and/or gravitonosphere of a blackhole may spin sympathetically
with the gravitoncore or may be chaotic to a greater or lesser
degree.
- The spinrate of a blackhole conditions both its vergence velocity and its escape velocity in a multiprocess.
- An
increase in spinrate triggers a commensurate increase in vergence
velocity (because the realspeed of the blackhole's gravitons has increased).
- An
increase in spinrate triggers a commensurate decrease in escape
velocity (because the density of the gravitons in the blackhole has
decreased).
- A decrease in spinrate affects the vergence velocity and the escape velocity conversely.
- In a stable blackhole, an increase in spinrate will be accompanied by a decrease in mass.
- In
a stable blackhole, a decrease in spinrate will be accompanied by an
increase in mass, subject to the availability of gravitons from beyond the
blackhole's gravitysheath interface.
- In an overstable
blackhole, an increase in spinrate will not trigger an alteration
in mass until the blackhole becomes understable.
- In an overstable blackhole, a decrease in
spinrate will be accompanied by an increase in mass, subject to the
availability of gravitons from beyond the blackhole's gravitysheath
interface.
- In an understable blackhole, an increase in spinrate
will commensurately increase the rate at which the mass is already
decreasing.
- In an understable blackhole, a decrease in
spinrate will commensurately decrease the rate at which the mass is
already decreasing.
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