THE MALTA COSMOLOGY TEMPLATE

Chapter 03 - Blackholes 

PARTS

Part 0301 - Gravitonpair Physics

ARGUMENT 0301-02

• CURRENT PARADIGM:     Gravitation is the attraction of two objects with mass. Newton's Law states:   The gravitational attraction force between two point masses is directly proportional to the product of their masses and inversely proportional to the square of their separation distance. The force is always attractive and acts along the line joining them.  (Wikipedia - 31 Mar 2017) 

• 0103-01:     That every graviton is gravitationally attracted toward every other graviton in the Universe at a rate proportional to the product of their masses and inversely proportional to the square of the distance between them.
• 0301-01:     That every graviton in the Universe has the same mass, dimensions, and shape.

• Consider that the mass of an object equates to the strength of its gravitypull.
• Consider that the mass of every graviton is the same.
• Consider that the gravitypull of every graviton is the same.
• Consider that every graviton is one half of a gravitonpair with every other graviton in the Universe.
• Consider that between every gravitonpair there is a mutual gravitypull.
• Consider that the mutual gravitypull of a gravitonpair cancels out at the equidistance between the gravitons.
• Consider that gravitonpairs are adjacent or unadjacent.
• Consider that every graviton is adjacent to a number of other gravitons at the same time.

• Between every adjacent gravitonpair, there is an equidistance where their mutual gravitypull cancels out. 
• Within the equidistance every graviton's gravitypull dominates the gravitypull of its partner. 
• Thus surrounding every graviton there is a boundary which is the equidistance between it and its adjacent gravitons. 
• The region within the the boundary is a graviton's gravitysheath.
• Thus every graviton is surrounded by a gravitysheath within which its gravitypull dominates that of any other graviton.

• That every graviton is surrounded by a gravitysheath within which its gravitypull is greater than that of any other graviton.