Volume Two
Foundational Transformation of Quantum Optics.
AQM Theory of the Photon.
Back to More on AQM...
Volume One includes the following subjects...
Volume Three includes the following subjects...
Here are some principal points for Volume Two:
In the Standard Model and Quantum Optics, the understanding of the photon and its description is simplistic.
The AQM photon (the real photon) is the quantum of inverted electromagnetostatic energy.
The AQM photon has the inner structure of perfect geometry, consisting of the physical energy c-ring and the aphysical energy cylinder. The location of the c-ring relative to the aphysical cylinder defines a Position Parameter, which is unique to each individual photon. No two photons are identical.
The photon c-ring has zero cross-section, which explains why the photon-photon interaction has never been observed. Focusing multiple high intensity laser beams into a single point in space produces no single photon-photon interaction.
Contrary to conventional understanding, the photon is not massless. The photon has self-mass in its frame of self-reference (v = c). The spinning c-ring is the source of photon self-mass.
Photon self-entanglement explains why a photon can travel along several trajectories, with only one for physical substance. It also explains “the collapse of the wave function”, interference, and diffraction. Self-entanglement is a massive phenomenon.
Within the optical energy range and ideal optical materials, interference and diffraction are due solely from aphysical-aphysical interactions. Surprisingly, physical energy plays no role in these phenomena.
The normalized length of the aphysical cylinder is the photon aphysical fundamental constant. After reviewing thousands of quantum optics papers, the author found a paper with experimental evidence of the photon aphysical constant. This serves as experimental confirmation of the AQM photon model.
