THE MALTA COSMOLOGY TEMPLATE

Chapter 03 - Blackholes

PARTS

Part 0301 - Gravitonpair Physics

ARGUMENT 0301-11

• 0103-05:     That the energy of a gravitonpair is as kineticenergy or potentialenergy or a mix of both.
• 0104-01:     That every graviton has measures of spin, speed, and spinspeed.
• 0104-02:     That the speed of a graviton can be as realspeed, potentialspeed, and totalspeed. 
• 0301-08:     That every adjacent gravitonpair has a vergence velocity.
• 0301-09:     That every adjacent gravitonpair has an escape velocity.
• 0301-10:     That an adjacent gravitonpair is overstable, stable, or understable.

• Consider that escape velocity is always zero at a gravitonpair's gravitysheath interface.
• Consider that vergence velocity is a variable at a gravitonpair's gravitysheath interface.
• Consider that vergence velocity at a gravitonpair's gravitysheath interface can be higher, the same, or lower than the escape velocity. 
• Consider that escape velocity and vergence velocity are measure of realspeed, not potentialspeed or spin. 
• Consider that the movement of an adjacent gravitonpair toward another object will result in the transmutation of potentialspeed to realspeed in its gravitons. 
• Consider that the movement of an adjacent gravitonpair away from another object will result in the transmutation of realspeed to potentialspeed in its gravitons. 
• Consider that any collision between the gravitons in an adjacent gravitonpair with another object will result in an exchange of realspeed, potentialspeed, and spin. 

• Because the movement of an adjacent gravitonpair toward another object results in the transmutation of potentialspeed to realspeed in its gravitons, there is a commensurate increase in the gravitonpair's vergence velocity.
• Because the movement of an adjacent gravitonpair away from another object result in the transmutation of realspeed to potentialspeed in its gravitons, there is a commensurate decrease in the gravitonpair's vergence velocity. 
• Because any collision between the gravitons in an adjacent gravitonpair with another object results in an exchange of realspeed, potentialspeed, and spin, there is a commensurate alteration to the gravitonpair's vergence velocity. 
• Any change to an adjacent gravitonpair's vergence velocity will result in a commensurate change to the gravitonpair's stability condition. 

• That every adjacent gravitonpair's stability condition changes commensurately with any change in its vergence velocity.