THE MALTA COSMOLOGY TEMPLATE

Chapter 03 - Blackholes

PARTS

Part 0304 - Blackhole Mechanics

ARGUMENT 0304-06

• 0301-08:     That every adjacent gravitonpair has a vergence velocity.
  0301-09:     That every adjacent gravitonpair has an escape velocity.
• 0302-04:     That every blackhole is surrounded by a gravitysheath within which its gravitypull is stronger than that of any other object.
• 0302-05:     That every blackhole's gravitysheath is surrounded by a gravitysheath interface.
• 0304-02:     That a blackhole ejecting one graviton decreases its mass by the mass of one graviton.  
• 0304-04:     That a blackhole ejecting one graviton decreases its energy by a variable measure.   

• Consider that every blackhole is surrounded by a gravitysheath interface.
• Consider that the mass of a blackhole is contained within its gravitysheath interface.
• Consider that the energy of a blackhole is contained within its gravitysheath interface.
• Consider that every blackhole consists of gravitonpairs and thus has an escape velocity.
• Consider that every blackhole consists of gravitonpairs and thus has a vergence velocity.
• Consider that the escape velocity is always zero at the gravitysheath interface. 
• Consider that the vergence velocity is a variable at the gravitysheath interface.
• Consider that ejecting one graviton decreases the absolute mass of a blackhole by the mass of one graviton.
• Consider that ejecting the potentialspeed, realspeed, and spin of one graviton alters the energy of a blackhole by a variable measure. 

• Ejecting one graviton subtracts the mass of one graviton from the absolute mass of a blackhole but the escape velocity at the gravitysheath interface continues to be zero. 
• Ejecting one graviton subtracts a variable measure of energy from the blackhole so the vergence velocity at the gravitysheath interface can decrease or increase. 

• That a blackhole ejecting one graviton maintains its escape velocity at the gravitysheath interface but alters its vergence velocity. 

• PHOTONS:  (see Chapter Six):  Photons rely on a mass/energy differential favouring energy to keep moving at lightspeed. With a differential that ejects more mass than energy, photons cannot help but accelerate while whittling away. Continue this for long enough and the photon dissipates to nothing.    

• GALACTIC BLACKHOLES:  (See Chapter Thirteen):  Observations show that, while galactic blackholes dominate the surrounding matter with their mighty gravitypull, they are selective about when they "eat". They have quiescent periods and even in non-quiescent periods their appetite is not exactly voracious. This is exactly what happens when the mass/energy differential in the absorption and ejection of gravitons favours energy. With such a differential, the default condition for a blackhole is to be stable:  an understable galactic blackhole can only feed sparingly if at all:  an overstable galactic blackhole will gluttonise but only till it becomes stable again. Contrast this description with a galactic blackhole driven by a mass/energy differential which ejects more mass than energy. In such a blackhole the default condition, indeed the only condition, is to be understable.  Such a blackhole is never able to absorb more than it ejects. Consequently, it whittles itself away at a rate that increases near to exponentially. Every graviton it ejects increases its ratio of energy over mass and increases its ability to eject even more gravitons. Such a blackhole cannot help but dissipate away to nothing.