View source for Sub-Quantum Physics 11: The N-Wave Photon, Particles, Transversality, & Polarization

{{Infobox paper
| title = Sub-Quantum Physics 11:  The N-Wave Photon, Particles, Transversality, & Polarization
| author = [[Alan McCone]]
| keywords = [[quantum]], [[photon]], [[physical vacuum]], [[space medium]]
| published = 2009
| journal = [[Galilean Electrodynamics]]
| volume = [[20]]
| number = [[2]]
| pages = 32-36
}}

==Abstract==

Previous articles argue that the photon is a weak shock N-wave in the kinetic-fluid equivalent of Wein-berg's hugely-dense space medium. Here we see photons acting transversely in all processes of photonic exci-tation or de-excitation, thus explaining the photon property of transversality. Simple inertial properties of an electron in the kinetic-fluid medium are invoked to show how the transverse action of an arriving N-wave pho-ton causes oscillations in electron position in an antenna. Polarization can be attributed to N-wave photons if the wave cross-sections are blade-shaped rather than circular.&nbsp; This explanation is consistent with Malus' law and polarizations observed in molecular scattering of sunlight. The N-wave photon concept is seen as supple-mentary to, and not in lieu of, other theories of the makeup of the physical vacuum.

? 2001 Occidental Science Institute. Published by permission of the copyright holder.

[[Category:Scientific Paper|sub-quantum physics n-wave photon particles transversality polarization]]