RE: pg 6 phase speed analysis for longitudinally oscillating mass
This looks a bit like a rehash of the phase speed analysis for a longitudinally oscillating electrical charge. However, I might be missing something. If I'm right I see a theoretical problem.
<ul>
<li>These fields should not be treated the same for analysis</li><ul>
<li>electrical force fields are dipolar in nature</li>
<li>gravitational force fields are monopolar</li></ul></ul>
But even if I'm wrong (and this difference is in fact being taken into consideration, or this difference does not actually matter in the final analysis) there is another theory problem.
According to DRP gravitational force is not a wave phenomenon, it is a particle flow phenomenon. When a mass vibrates it does not produce waves that propagate through a stationary medium. It produces changes in the speed and/or density and/or direction of an existing flow of particles.
Using wave analysis is almost guaranteed to produce an irrelevant result.
Modern Physics does, of course, tend to model "gravity" as a wave phenomenon. Almost all of their theoretical work is done in 4D space-time where loosing track of such real world (3D space plus time) physical details is not hard to do.
LB
