THE MALTA COSMOLOGY TEMPLATE

Chapter 05 - Darkmatter 

PARTS

Part 0501 - Centrifugal Blackholes

ARGUMENT 0501-03

• 0501-01:     That the average realspeed of the gravitons in the gravitoncore of a blackhole is highest at the equator and lowest at the axis.
• 0501-02:     That the average realspeed of the gravitons in the gravitonocean and gravitonosphere of a blackhole is highest above the equator and lowest above the poles.

• Consider a blackhole that has a gravitoncore surrounded by a gravitonocean and a gravitonosphere.  
• Consider that the blackhole is overstable.
• Consider that the blackhole has an energy measure and is spinning.
• Consider that the energy measure of the blackhole is progressively increasing.

• Because the energy measure of the blackhole is progressively increasing, the average realspeed of the gravitons in the gravitonocean and gravitonosphere is progressively increasing. 
• Because the average realspeed of the gravitons in the gravitonocean and gravitonosphere is progressively increasing, there is a progressive movement of gravitons toward the equator.
• Because there is a progressive movement of gravitons toward the equator, gravitons arriving from the north and the south create a higher pressure zone over the equator. 
• Because there is a higher pressure zone over the equator, the increased collision rate forces gravitons upward.
• Thus an equatorial disc forms above the blackhole's equator. 

• That a sufficient increase in the energy measure of an overstable blackhole results in the movement of gravitons toward the equator and the raising of an equatorial disc.