THE MALTA COSMOLOGY TEMPLATE

Chapter 07 - Electrons

PARTS

Part 0702 - Blackholepair Mechanics

ARGUMENT 0702-06

• 0702-01:    That the default structure for the blackholes in an adjacent blackholepair is centrifugal.
• 0702-02:    That the blackholes in an adjacent blackholepair eject gravitons across their mutual gravitysheath interface into each others gravitonospheres.
• 0702-03:    That decreasing the distance between the blackholes of an adjacent blackholepair increases the number of gravitons ejected across their mutual gravitysheath interface.
• 0702-04:    That decreasing the distance between the blackholes of an adjacent blackholepair increases both their mutual gravitypull and their mutual rejectivity. 
• 0702-05:    That decreasing the distance between the gravitoncores of an adjacent blackholepair sufficiently results in their mutual rejectivity countering their mutual gravitypull.    

• Consider an adjacent blackholepair.
• Consider the blackholes to be "Blackhole A" and "Blackhole B".
• Consider that each blackhole in the pair is understable.
• Consider that each blackhole in the pair is centrifugally structured. 
• Consider that each blackhole gravitonosphere has an "east equator", a "west equator", a "northpole", and a "southpole".
• Consider that centrifugal gravitonstreams rise at the equator and fall at the poles.
• Consider that the blackholes are held together by their mutual gravitypull and held apart by their mutual rejectivity and thus subject to the strong force.
• Consider that the blackholes are so close together that each gravitonosphere intrudes markedly into the other.

• Because the blackholes are held close together, their gravitonosphere gravitonstreams are disrupted. 
• Because the gravitonstreams are disrupted, the blackholes tumble about each other.
• In the course of tumbling about each other, the blackholes find and adopt the position of least distress.

• The position of least distress has the east equator of Blackhole B locked to the southpole of Blackhole A. . 

• Because the blackholes are in the position of least distress, gravitons stream directly from the east equator of Blackhole B into the southpole of Blackhole A. 
• Because gravitons are streaming directly into the southpole of Blackhole A, a high gravitonpressure area builds up between the blackhole's southpole and its equator.
• Because of the high gravitonpressure between the southpole and the equator of Blackhole A, the equatorial upwelling is forced to the blackhole's northpole.
• Because the equatorial upwelling is now at the northpole, the polar downwelling is overcome. 
• Because the polar downwelling is overcome, the high level gravitonstreams of Blackhole A now flow from the northpole to the southpole.
• Because the high level gravitonstreams now flow from the northpole to the southpole, the low level gravitonstreams now flow from the southpole to the northpole. 
• Thus Blackhole A is now axially structured. 
• Thus the blackholepair now consists of one centrifugal and one axial blackhole.  

• That countering the blackholepair's mutual gravitypull with its mutual rejectivity results in one blackhole adopting an axial structure.