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 a° equal
to the product of the speed of light by the Hubble's constant .
See the site http://perso.wanadoo.fr/claude.morichon/
specially at gravity .
When the mass are near,each particle of the mass receives the gravitons ,
emited by the particles of the other mass , which are on the surface of
captation of the particle.
But if the mass are far the distribution of the gravitons on the surface
of emission have holes , which are more big than the particles.We do not
have the same law . Now we have one graviton for several particles and no
several gravitons for one particle .

For a galaxy we find about ten thousand yl where the difficulties begin .
a°= 6.10(-10) m/ss and it is possible to explain the problem of pioneer
by a° ..
For the sun the difficulties begin at 3300 ua , but pluton is at 39 ua .
We have a physical explanation of Milgrom's calculation , but we do not
have dark matter .
For the lens it is possible to have a solution if the galaxies are more
far . It is the case if the red shift is given by the gravity ( as in the
site ) and no by a Doppler's effect .