Tom,
Maybe I mis-interpreted your comment:
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Outside the collapsed star, the gravity field is quite strong, but nonetheless is weaker than it otherwise would be because gravitational shielding starts to set it. That is because not all "matter ingredients" can be reached by gravitons.
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It seems to me that introducing this view of shielding is putting a limit on gtavity and would ultimately conclude that Black HOles don't exist or at least don't form singularities.
Am I correct?
Rudolph,
Geometry actually works quite well:
Fg = U x ~ x [(m1 + m2) x trig of cones of sources integrated] produces the same curve as conventional Newtonian mathematics.
Where "U" is the UniKEF field, "~" is an absorbtion and/or attenuation coefficent and the "cones of sources" is a geometry formed by drawing tangent lines across two gravitating bodies at a given seperation.
The integration of these cones reproduces the 1/r^2 function and reduces the force to the sum of masses instead of mass squared which is far more logical physically.
What is mass squared anyway? m1 x m2 = mass squared.
Mac
