Classical Physics

   

An Alternative Look at Operation of EM Drive. Role of the Electromagnetic Field Gyroscope

Authors: Mark Krinker

The paper considers a physical process inside EM Drive. According to the proposed conception, there is an electromagnetic field gyroscope, EMFG, originated due to superposition of straight and reflected flows of the electromagnetic energy inside the resonant chamber. The considered model comes to conclusion of existence of a narrow area inside the EMFG where its mass-function experiences a break and even becomes negative. There are 3 models which deduce origination of the thrust of EM Drive on a base of the considered properties of the EMFG. The first considered model states that there is a gradient of the gravitational potential inside the originated narrow area due to its heavy non-linear electromagnetic mass. Interaction of the originated gradient of the gravitational potential and the mass of the EM Drive results in origination of a net force, which is the thrust of the EM Drive. This thrust is furnished by the axial gradient of the gravitational potential inside the EM Drive. The second model projects a property and theory of 4D gyroscope, developed by G.I.Shipov, onto EMFG. Operation of the mechanical 4D gyroscope results in the reactionless motion, due to a time-varying and frequency-dependable mass of the gyroscope. The EMFG has the time and frequency dependable mass and fits the above condition for the mechanical 4D gyroscope. The third model considers a behavior of the EMFG in frames of N.A. Kozyrev’s Casual Mechanics. The EMFG is a quantum object and its C2 indicator of movement of time trends to zero as well as the external force 0. The considered limit of their ratio brings a finite force which is a trust developed by the EM Drive.

Comments: 12 Pages.

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Submission history

[v1] 2017-02-18 15:07:31

Unique-IP document downloads: 40 times

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