Propellantless Propulsion with Negative Matter Generated by High Electrostatic Potentials

Forward first pointed out that a gravitational dipole, consisting of ordinary and negative matter, would be self-accelerating thus creating the ultimate propellant-less propulsion system. It would closely resemble the features of a hypothetical space drive which has yet to be designed. Up to now, the key ingredient, negative matter, has not been found to exist in natural form. However, since E=m.c2, negative matter may be created in a laboratory using negative energies. Previous studies showed that effective negative inertia exists for neutrons and also for electrons in short transient time intervals. We present two possibilities to create stationary, charged negative effective masses that could be used to test Forward’s selfpropulsion effect. One is based on the assumption that Weber’s electrodynamics is correct predicting a negative mass regime for electrons inside a highly charged dielectric sphere. The other possibility is using asymmetric charge distributions that could be realized using electrets. With proper geometry and charge densities, negative mass regimes are derived which could lead to negative energies many orders of magnitude larger than those obtained from the Casimir effect. Based on these concepts, a negative matter space-drive could be realized in a laboratory environment.