Electromagnetic Force Differential Propulsion Device

Abstract

The electromagnetic force differential propulsion device allows a change in the electrical power flowing into the device to directly change the force exerted by the device. The device unbalances a coiled wire's magnetic field by wrapping the wire around a spool acting as a very weak magnetic shield for part of its length and a strong magnetic shield for the remaining length. The weak magnetic shield hardly weakens the magnetic field in the spindle cavity it surrounds while the strong magnetic shield greatly weakens the magnetic field in its surrounded spindle cavity. The coiled wire is more strongly attracted to the strong magnetic field than the weak magnetic field and causes an unbalanced resultant force due to the fact that the spindle cavity (which is air) does not reciprocate magnetic attraction. This unbalanced attraction causes the wire to push on the spool causing the whole device to exert a force.

Dependencies are inferred from the claim text.