What if the energy extracted from the particle during collision is along the dimension at which the wave is at light speed, but the energy that manifests when the particle is in circular motion or spin by itself, is the oscillatory energy in an orthogonal dimension?
The oscillatory energy and \(KE\) at light speed of the wave are presented under different circumstances; circular motion vs collisions respectively.
What if in both cases, collisions and circular motion, the energy that present itself is always \(KE\) along the light speed dimension of the wave? Oscillatory energy is not extracted at all.
