Asymmetrical Chiral Gauging to Increase the Coefficient of Performance of Magnetic Motors

Abstract

RESUMENEste trabajo introduce un recalibre físico quiral asimétrico usado para aumentar el coeficiente de rendimiento de un motor eléctrico. Se presenta una revisión de la teoría de calibres y se examina el descarte de la condición de Lorentz para obtener el recalibrado quiral. Se introduce el coeficiente de rendimiento y se analiza un motor magnético bajo el enfoque quiral que permite un proceso Beltrami.Palabras clave: Calibre quiral, motor magnético, Lorentz. ABSTRACT This paper introduces a physical chiral asymmetrical regauging to increase the coefficient of performance of an electric motor. A review of gauge theory and a consideration of the disposal of the Lorentz condition to achieve the chiral regauging are presented. The coefficient of performance terminology is introduced. A magnetic motor is discussed under a chiral approach which gives aBeltrami process.

New elements of relativistic electrodynamics for generating useful work from permanent magnets: A review

“…9). Its operation is sustained in an attraction-repulsion magnetostatic interaction obtained from the geometry and the magnetic characteristics of the materials used [43]. It is important to note that there is no reference to the practical utilization of the Johnson and Perendev motors in domestic or industrial environments, which is strange, specially as the Johnson's motor patent has been available for approximately 30 years.…”