On the anomalous forces in microwave cavity‐magnetron systems

Abstract

In this work, the authors report positive results regarding their measurements of anomalous thrust forces in a resonant microwave cavity without dielectrics associated with a magnetron. They measure such forces and successfully compared these values with their corresponding theoretical values, based on the hypothesis of preexisting state of generalised quantum entanglement in which the momentum conservation principle is satisfied by the non-local interaction between the internal charge carriers of the system and the environment. It is explained why the system can provide us with a novel technology using thrust without ejecting any kind of propellant. It is also reported a novel property related to the external force induction projected from the system. They show that their theoretical calculations also present a good agreement with the experimental measurements of other authors working with such types of EM-Drives. The control and enhancement of the effect can allow the viability of a new technology of spatial transportation and the development of devices for force induction at a distance.