Matter-waves and Discrete-transitional Motion

For many centuries since Newton introduced his corpuscular theory of light, scientists have tried to determine the nature and speed of light suspecting light to be more than the fastest phenomena in our reality, or just our mayor sensory input. In their endeavor to do so, scientists invented measuring scales made to order. As time passed by, they discovered that light was more than some form of source of energy or communication method but that it seemed to have something to do with almost, if not every, physical phenomena.

In the last one hundred years or so, with the discovery of Quantum Mechanics (QM), physicists discovered that all physical phenomena at the atomic level (scope) behaved in discrete intervals, basically because space and time are both discrete in nature.

It turns out that, all physical objects regardless of how small or big, move through space and time, not continuously, but in very small intervals. So small, that we were not aware of it until we began to scrutinize the atomic world.

provides theoretical proof to that effect.