Electromagnetic energy momentum propulsion using tapered cavity resonator evanescent modes

摘要

The electromagnetic energy momentum propulsion has a cavity resonator and an electromagnetic radiation source that emits electromagnetic waves in the cavity resonator in evanescence.Electromagnetic waves generate larger electromagnetic field amplitudes and larger electromagnetic radiation pressures in the primary inner region of the cavity cavity than in the secondary inner region of the cavity resonator.The difference between the amplitude of the electromagnetic field in the primary internal domain of the cavity resonator and the electromagnetic amplitude in the secondary inner region of the cavity resonator forms a high directivity electromagnetic energy momentum tensor and provides a high directivity general relativistic metric tensor.As a result, in a cavity resonator, force is generated in the form of thrust or acceleration, which propagates the device in a direction substantially perpendicular to the primary inner surface region.