Bearded One,

The great thing about not being against the mainstream is that you can use the hard work done by others. At last check it started about 13.7 billion years ago.

Source: WordNet (r) 1.7

latent period
n 1: the time that elapses between a stimulus and the response to
it [syn: reaction time, response time, latency]

By using the dictionary, you can see that there is a specific amout of time that must go by after a stimulus is "injected".

Source: WordNet (r) 1.7

stimulus
n : any stimulating information or event; acts to arouse action
[syn: stimulation, stimulant, input]

Again, and a stimulus is any act to arouse action.

If, you can agree that introducing "light" or the electron to a cold vast space is a stimulating action (with the mainstream). Then by definition a latent period occurred.

Source: WordNet (r) 1.7

insulator
n : a material such as glass or porcelain with negligible
electrical or thermal conductivity [syn: dielectric, nonconductor]
[ant: conductor]

Since, electromagnetic waves and light both travel at appx. 670 million mph, then(by the use of my model) it would be safe to say that the electron "free energy" is an insulator that negligiblely conducts them both.

Source: WordNet (r) 1.7

conductivity
n : the transmission of heat or electricity or sound [syn: conduction]

Source: Webster's Revised Unabridged Dictionary (1913)

Insulator \In"su*la`tor\, n.
1. One who, or that which, insulates.

Within this amount of time(latent period) an insulating layer of condensation began to build on the expanding energy. Natures example of this is the cold glass of water on a hot day.

Now, since all mass contains atoms, the condensed energy "atoms" begins to freeze as the expanding ball grows. Eventually the condensation freezes completely. Once again there is a latent period of time before the complete ball has a chance to freeze. Starting now until the explosion, the atoms on the inside layer of this ball are being crushed together by the expansion of electrons. This crushing pressure squeezes the elements together, the more dense substances are on the inside of the wall. Once the frozen ball can't handle the pressure it shatters, scattering elements "atoms" everywhere.

I could have "proven" more in my last paragraph, but I figured most of us are fimiliar with expanding pressures, crystalization, exertion of pressure, and the periodic table of the elements.