A Relative Quanta

A Relative Quanta

                The information which Einstein was missing was what dark matter was. Dark matter in this model is nothing but micro black holes. I am going to run you through a Zero Universe electron quantum leap, ready here we go:

                The electron is the fastest moving particle in the atom, and thus has the highest probability of hitting a micro black hole. This is why e=mc2, because the higher the energy the more likely a particle is to collide with dark matter, a ridiculously tiny micro black hole.

1)Bang the electron hits the event horizon and disappears

a) A photon is emitted

b) A gamma ray is too

                The photon is hawking radiation, which is also the electron at the event horizon, time stopped(at the speed of light time is stopped). Also of note is that Einstein's worm hole is probably a photon. The gamma ray is also emitted and is also the electron moving backwards in time towards the singularity at a speed that exceeds light, and in an eternity, but no time to us at all the electron passes through the singularity and is the electron on the other side of the quantum leap. It has a lower energy because the photon which is the electron, will for all time occupy part of that energy and along with the gamma ray constantly decay.

A relative quanta, by Brad Busch