A group of photons can have their elastic string cycles in synchrony or out of synchrony. When they are in complete synchrony, the strengths of the electon fields increase because they are all contributing to the number of free e-electons and free p-electons in the same time frame. We see this as in increase in the amplitude of the wave as depicted in the next illustration.
When photons are completely out of synchrony, the p-electons on one photon bind to the e-electons on the other photon. Cancellation occurs because our instruments cannot detect bonded complementary electons. This is shown in the following illustration.
Of course, partial cancellation occurs if photons are only partly out of synchrony.
This observation clearly demonstrates why it is possible that a single photon can be making two units of p-electons and one unit of e-electons in the same time frame; yet, our instruments can only detect one unit of p-electons.
In the next blog, I will explain how elastic strings cause the polarization of light. Till then be safe and in good health. Kelland—www.vestheory.com
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