THE MALTA COSMOLOGY TEMPLATE

Chapter 03 - Blackholes

PARTS

Part 0304 - Blackhole Mechanics

ARGUMENT 0304-05

• 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.
• 0304-01:     That a blackhole absorbing one graviton increases its mass by the mass of one graviton.  
• 0304-03:     That a blackhole absorbing one graviton alters 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 absorbing one graviton increases the absolute mass of a blackhole by the mass of one graviton.
• Consider that absorbing the potentialspeed, realspeed, and spin of one graviton alters the energy of a blackhole by a variable measure. 

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

• That a blackhole absorbing 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 absorbs more mass than energy, photons cannot help but decelerate and will accrue mass rapidly. In practice, these would cease to be photons at all, being nothing more than permanently overstable blackholes with a lusty appetite for accretion.  

• 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 if 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 certainly gluttonise but only till it becomes stable again. Contrast this description with a galactic blackhole driven by a mass/energy differential which absorbs more mass than energy. In such a blackhole the default condition, indeed the only condition, is to be overstable. Such a blackhole is never able to eject more than it absorbs. Consequently, it eats anything and everything with its rate of growth in size and appetite being near to exponential. Every graviton it absorbs increases its mass and every increase in mass increases the blackhole's ability to attract yet more mass.