What if?

What if singulation does happen at the quanta level - the wave collapses. There are literally billions of quanta...the frequency of the wave is indeed rotating, so as that energy singulates, as it changes, conservation would suggest that the energy continues, but in another form, but the energy is still there. What if after the singulation happens, the loss of the photon changes this energy into dark matter? Or dark energy. This would explain the break of symmetry between the 4 forces too - the increase of mass with electromagnetism after singulation, as it continues to cool, would therefore increase the gravitational forces and then the by product would then be dark matter.

What if? I wonder how this might be calcuated mathematically - but I bet you could do it and get in the ball park of the amount of dark matter and energy in the universe.
(check out the Wikipedia entry on Dark Matter)