The group MG/r occurring in an equation indicates that action at a distance is being described. Newton realized that something unknown must be operating on a smaller scale, but had no tools to explore it. Einstein offered geometry of curvature which can be expressed locally. but G/c2 remained invariant in General Relativity as shown in the integration of functions.
Einstein offered a variable scalar light speed when gravity must be considered.
c/co = ( 1 - 2MG/rc2)
Suggesting
G/Go = ( 1 - 2MG/rc2)2
By applying equivalence principle for mechanical acceleration and making r very large
c/co = ( 1 + v2/c2)
which is just a case of invariant h Planck's constant, but results in G/c2 that decreases very slightly with increasing speed. Then one possibility of G is given,
G/Go = ( 1 + v2/c2)2
but this result is not in agreement with Vacuum Partition theory.
General relativity seems to be over constrained except in the low energy case.
Einstein's ( c/co = ( 1 - 2MG/rc2) ) is not exactly compatible with invariant (G/c2).
How Is Large Scale Gravity G Expressed In Local Properties Of Space?
Hi,
Do they connect G to all free motions in space? I did experiments of the kind ' falling leaf' indoors, with a thin papper. Found 4 types of motion. Could summarize them with
'I do' and some kind of gravity. First it was a harmonic oscillator ( the curved part of the d). Then in some cases it did entire laps, the o. Then it took a different direction in a fast straight motion, some cases, the I. If the person performing the experiment was sufficiently close it approached as1/r, and then bumbed outwards.
The I and the o, may need a little input of air layers, and the other 2 cases more often obtained.
Large scale if mostly space, is difficult to scale, and geometric means will also be spatial.
But the local property before the bump, would be also gradient of density.
And before that, it created kinetic energy with small curved paths, into a harmonic oscillator.
Kind regards
Jerry,
I thought about this problem as well and believe I solved it in my Ground Potential Paper. Essentially β = v/c = V/Ø where V is ground potential and Ø absolute potential.
So I show how and why gravity and electric force is one and the same thing.
It's quite simple once you understand that potential is absolute and limited.
Research Ground Potential Theory
It is in the high speed of deep space that a lot of comfort disappears from the unfinished research folder in the back of the filing cabinet. Usually the research community tolerates a number of fundamental deficiencies, because there are no tools to deal with them, and they don't cause much interference with other research.
High speed and extreme energy make new demand on the research, and do provide some new tools to help complete the long time unfinished work. The tools help to choose among the many theories, and make predictions that can be eventually tested.
Gravity G must be some variety of averaged or integrated quantity of local space expressed over a long range.
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