Quantum Wave Mechanics Ch 45 Graviton Model (original) (raw)

The hypothetical graviton is described as a spin 2 boson posited as the carrier of the gravitation force. In the proposed model, the graviton is averred to be a resonance interaction of a spin 1 boson and its phase conjugate. The phase conjugate photon is generated upon reflection from a EM wave interference pattern in a nonlinear polarizable vacuum with nodal spacing comparable to the wavelength of the incident photon. The phase-conjugate photon is not an anti-particle as the spins are in the same direction and, hence, are additive. The momentary graviton interaction is not directly observable, however, the gravitation effects may be observable. The effect of the resonance interaction is to locally increase the energy density of the Planck vacuum increasing the refractive index and gravitational gamma. Graviton formation from a counter-propagating photon and phase conjugate are illustrated in terms of Whittaker scalar potentials. Spin angular momentum is additive while linear momentum and helicity cancel to zero. Graviton (helicoid), photon and conjugate (helices) curvature and torsion characteristics are illustrated.