On Mar 31, 4:54 am, (G=EMC^2 Glazier) wrote:
Brad I think it is safe to say there is a graviton at the exact center
of every particle.(Planck mass) I could go further staying with Feynman
and Wheeler,that the graviton has to exist in the infinite energy of the
universe,and that includes the intrinsic energy of space. These
thoughts I have had since 1946 when I wrote G=EMC^2 on a brown paper bag
while riding the Boston's EL(electric train) Bert

How many atoms is the tally of what Earth and our moon represent?

That still doesn't directly tell us how many interactive gravitons/m3
coexist at any one second between Earth and our moon. It has got to
be a very large number.

If there is but one attached graviton per atom seems highly unlikely,
since the affects of the gravity imposed by a given atom are detected
from every possible angle of a given sphere surrounding that atom.

Are we perhaps talking of 1e100 gravitons/atom?
.. - Brad Guth