Method for energy transformation by quantum-physics electron spin resonances in scientifically technical application, involves developing angular momentum as drive torques from electron spin resonances in sequence of interactions

摘要

The method involves producing angular speed of a rotary body (2) of a force-free gyroscope. Harmonic coupling of ferromagnetic spiral arms (4) to a magnetic continuous field is carried out at random magnetic moments of atoms. An energetic interaction of the arms is carried out between the gyroscope and electromagnetic natural terrestrial oscillations in connection with wide-band antenna systems and/or oscillations, which are produced in a defined space. Periodical angular momentum as drive torques are developed from electron spin resonances in sequence of the interactions at the gyroscope. An independent claim is also included for an arrangement for energy transformation by quantum-physics electron spin resonances.