Quantum Physics


Wildfire Suppression Technology: Exploration for a Directed Energy Beam (Deb) Attenuating Electron Transfer by Cyclical Vacuum Subduction of Dioxygen Dication Species, O22+

Authors: Richard L Amoroso, Salvatore Giandinoto, Sabah E Karam

Modeling wildfire suppression technology, inspired by Einstein’s long quest for a final theory, is based on a Unified Field Mechanical (UFM) Ontological-Phase Topological Field Theory (OPTFT) derived from modified M-theory, parameters of the Wheeler-Feynman-Cramer Transactional Interpretation, with combined extensions of a de Broglie-Bohm Implicate Order super-quantum potential as a unified field force of coherence control factor. The device is multiphasic. Operationally, O2 electron transfer attenuation occurs by nonlocal matter-wave phase adduction/subduction interference nodes in dynamic-static Casimir-Polder resonant interactions pertinent to bumps and holes within a covariant polarized Dirac vacuum as the most salient feature of dioxygen dication, O22+ coupling to mirror symmetric nonlocal antispace (vacuum), rather than neutral molecular species in local 3-space as demonstrated in experimental studies of dioxygen dication, O22+. Additionally, beam emission requires a new dual class of nonlocal OCHRE (Oscillation Coupled Helicoid Resonance Emission) in tandem with localized OCRET (Optically Controlled Resonance Energy Transfer) to produce ballistic-like conduction of vacuum energy by the summation of cyclical resonant incursive oscillations within the structure of cellular Least Units tessellating spacetime as a means of mediating the additional dimensionality (XD) of brane topological phase transitions in the Bulk. Finally, device operation requires an M-theoretic form of scalable universal quantum computing (UQC), a paradigm shift beyond confines of the locality-unitarity basis of presently standard Copenhagen quantum theory.

Comments: 57 Pages. Preprint: IOP J Phys Conf Series 2019, R L Amoroso, D M Dubois, L H Kauffman, P Rowlands (eds) Advances in Fundamental Physics: Prelude to Paradigm Shift, 11th International Symposium Honoring Mathematical Physicist J-P Vigier, 2018 Liege, Belgium

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[v1] 2019-05-22 08:58:15

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