Newton's law and dark matter

The quantic Newton's law is given by emission of gravitons . Each graviton
which go through a particle gives to this particle an acceleration equal to
the product of the speed of light by the inverse of the Hubble's constant .
When the mass are near each particle of the mass receives all the
gravitons emited by all the particle of the other mass and which are on the
surface of captation of the particle . We have addition of the quantic
accelerations and we have the Newton's law.
But if the mass are far , the distribution of the gravitons on the surface
of emission have holes . The captations of the gravitons are more weak and
more successive . We have no addition of the quantic accelerations . In this
case the Milgrom's theory (MOND) is good and we have no dark matter .