Author:
Sargoytchev, Stoyan Sarg
Category:
Research Papers
Sub-Category:
Mechanics / Electrodynamics
Date Published:
February 1, 2024
Keywords:
neutral plasma, glow discharge spectrum, Rydberg matter, electron spin flip, zeropoint energy
Abstract:
The HRM effect (Heterodyne Resonance Mechanism) is predicted in the Basic Structures of Matter – Supergravitation Unified Theory (BSM-SG). In properly activated neutral plasma a discrete frequency spectrum in radiofrequency range is observed. The term heterodyne means that the process is activated in the kHz range, while the observed spectrum is in the MHz range. It could be measured by invoking clusters of ion-electron pairs. The spectrum is different from the vibrational rotational spectra of molecules. It has spatial and time duration limits and could be observed only in a small volume at a fast sweep time. The spectrum characteristics depend on the type of gas and the conditions of the transient process. Hydrogen and inert gases are the most suitable for the HRM effect. The analysis concludes that the observed HRM spectra are signatures of synchronized spin-flips of the electrons involved in clusters of ion-electron pairs moving in groups. HRM effect involves quantum mechanical interactions in which the electrons access the zero-point energy of the physical vacuum. It is predicted that the HRM effect takes place in the transient process of lightning. The signature of HRM effect in the lightning is the subject of another article.
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