
There is only one last issue to be explained in this theory, the drag effect which worried R.Feynman. He agrued, that if we consider the high energy electromagnetic wave packets reaching the earth from all directions while it's orbiting around the sun, then, the earth (and all other planets) will impinge on more photons which are coming from radiation on its forward side than from its backward side while moving around the sun. This would resist the earth's orbiting motion around the sun, resulting in the slowing down in its orbit. Most of the push gravity theories got stuck at this problem, since inelastic collisions are a requirement for any force to be generated between two masses. However this is where the EMRP theory teams up with the standing wave model of matter and comes out as a winner unlike other push gravity theories. In other theories, since matter requires NOT to bounce off the ultramundane particles, and no energy to matter conversion is assumed, matter must be acting as a black body to the incoming ultra cosmic radiation responsible for gravity. In these theories, bodies under the influence of gravity would eventually boil to evaporation in no time and the doppler effect would create enough radiation pressure difference to create intense braking.
However, in this theory, we emphasised that the ultra high frequency must have a characteristic wavelength equal to the fundamental building block size of matter (in Planck wavelength region) and that momentum transfer is only achieved at a high efficiency, at literarly no energy dissipation. The bandwidth of such frequencies for which this occurs is measured as Df where f~Planck frequency, or Bandwidth=D(7.4E42Hz) which would be in the order of 1E41Hz even for the most selective bandwidths (ie. ±0.1f). This frequency band is in effect much greater than the doppler frequency shift caused by motion of the earth in its orbital travel around the sun. In terms of photon mechanics, the difference in number between photons impinging on the front and photons impinging at the back, will be a negligible quantity when compared to the actaul huge number of photons reaching the target from any other direction, and they would still average to a net zero force. It is easy to see that the doppler effect, or impinging of photons whichever term you like to use, would have only a negligible braking effect on any relative motion, unless the doppler shift becomes so high as to generate a frequency shift comparable to D(fplanck), which would only be expected at relativistic speeds.

Supporting this theory, we have in fact evidence of this non-zero, still negligible dragging effect, which will only result in a small but still measureable slow down of a rotating system. It is in fact known that the rate of period change of the binary pulsar system is about 75 millionths of a second per year. This theory also predicts that the direction of light propagation should be changed in an area of non uniform EMRP or gravitational field, contrary to the Newtonian predictions, but in agreement to Einstein's theory. Precise observations have already indicated that Einstein's mathematics was right, both about the effect and its magnitude, (though he did not provide any physical model) and such observations support this theory as well, which has finally given a complete satisfactory physical model for the mechanism of gravity.
This theory also predicts that the direction of light propagation should be changed in an area of non uniform EMRP or gravitational field, contrary to the Newtonian predictions, but in agreement to Einstein's GR theory. Precise observations have already indicated that Einstein's mathematics was right, both about the effect and its magnitude, (though he did not provide any physical model) and such observations support this theory as well, which has finally given a complete satisfactory physical model for the mechanism of gravity without the need to resort to new messenger particles.
