Quantum Wave Mechanics Quotes

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Quantum Wave Mechanics Quantum Wave Mechanics by Larry Reed
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Quantum Wave Mechanics Quotes Showing 1-6 of 6
“An electron exhibits a slight spin precession characterized by the inverse fine structure constant. Electric charge (spin precession) corresponds to a torsion field dislocation defect (loop closure failure).”
Larry Reed, Quantum Wave Mechanics
“Overlapping electromagnetic frequency bands generated over a selected frequency band analogous to a paired Shepard-Rissett-glissando multiple frequency tone sequence provides a continuous frequency differential. Overlay/interlacing of paired frequency bands prevents accelerative jumps lessening inertial strains.”
Larry Reed, Quantum Wave Mechanics
“The acceleration of gravity g is a measure of cumulative effect of change in energy density per odd frequency mode summed over the gravitational frequency bandwidth. Modification of the naturally occurring spectral energy density profile enables a change in the local acceleration of gravity. Acceleration is proportional to the frequency differential which is a function of the gradient in EM energy density.”
Larry Reed, Quantum Wave Mechanics
“The acceleration of gravity g is a measure of cumulative change in energy density per odd frequency mode summed over the gravitational frequency bandwidth. Modification of the naturally occurring spectral energy density profile enables a change in the local acceleration of gravity. Acceleration is proportional to the frequency differential which is a function of the gradient in EM energy density. Overlapping the EM frequency bands generated over a selected frequency range analogous to a paired Shepard-Rissett-glissando multiple frequency tone sequence provides a continuous frequency differential. Overlay interlacing of paired frequency bands prevents accelerative jumps lessening inertial stresses and strains.”
Larry Reed, Quantum Wave Mechanics
“A standing wave system in motion creates a moving standing wave (de Broglie matter wave). In motion, the standing wave undergoes a compression and an internal phase shift that varies with motion. A free-floating wave system tends to move from a dissonant state to a consonant state minimizing frequency discordance.”
Larry Reed, Quantum Wave Mechanics
“Direct matter wave synthesis utilizing amplified Lorentz-Doppler beams appears as a plausible means for induced motion of matter. A synthesized matter wave may be generated by phase conjugate four-waving mixing of a signal beam, counter-propagating phase conjugate beam and two or more amplified pump beams.”
Larry Reed, Quantum Wave Mechanics