Are gravitons attracted to mass or vice versa? Are there states of mass that do not attract gravitons (such as neutrinos) such that one might say it is in a state comparable to that of monatomic elements?
If gravitons overwhelm matter condensing its implicit forces and structure to a state of matter unique to gravitons; in fact a stable state of mass, it might have finite size. It also might have warped space around it in such a configuration that when released with the monatomic phase of the graviton solid it unfolds with an apparent faster-than-light speed.
Monatomic elements
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Of course gravitons might be something that pushes space. They might be something like virtual particles surrounding a particle wave like a digital field that activates into being briefly then switches off. Gravitons may be embedded within space and when drawn to mass release a certain amount of weight from space taking it to mass.
One wonders about being and nothingness. Smallest particle-waves theoretically like strings or membranes perhaps with virtual fields of their own. It seems though that all particle-wave are emergent characteristics of potential energy unpacking from a big bang-inflation field possibly emitted by the monatomic equivalent state of the graviton solid. Or not.
The idea that a digital field without space is entirely subject to the will of God is interesting.
Garrison Gibson: books and blog 