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Old 07-May-2007, 10:06 PM
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Bogie Bogie is offline
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Originally Posted by north View Post
Bogie

if gravity is infinite why wouldn't there be at some point a cancellation of gravity. assuming that gravity everywhere is on the same wavelength?

or why wouldn't gravity interfer with its self?

for at some point gravity from one object would meet the gravity from another , from the opposite direction.
Hi North.

There is a low energy density point at the convergence of gravitational fields. This is a unique point for each pair of masses. There can be and are multiple convergences happening all over space but that does not impede gravity. It is all instantly sorted out by the response of the masses involved to the various convergent points. The gravitational field moves with them as they respond to the fields. What was the net directional force of the field an instant ago is no longer the net directional force an instant later. The gravitational signatures in any patch of space are changing constantly.

This is why I have been careful to point out when discussing the cause of gravity and the infinite reach of gravity, “Bodies in space will move toward the path of lowest energy density, i.e. in the case of two bodies, since both are surrounded by low energy density zones that reach across any volume of space due to the “backfill” effect, the path of lowest energy density is a straight line between them.”

“They will ultimately tend toward each other and this tendency will eventually draw them deeper into each others “gravitational well”, hence the reach of gravity is infinite.”

In the case of multiple convergences which is obviously the reality, the movement of all of the bodies involved has two immediate effects. One effect is that all of the bodies respond to the existing configuration of forces, and the second effect is that the response, i.e. the movement of all of those bodies changes the configuration of forces and those changes are recognized by the shift of EEPs across space.

Gravity is not a wave length; it is a shift in the density of the EEPs in space between the objects.