Defense Intelligence Reference Document Antigravity For Aerospace Applications

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According to Maxwellian electrodynamics, an electric current flowing through a wire that
is wrapped around a torus (or ring) causes a magnetic field to form inside the torus. If
the current (I) in the wire increases with time, then the magnetic field B inside the
torus also increases with time. This time-varying magnetic field in turn creates a dipole
electric field E, as shown in Figure 1. The magnitude of the electric field at the center of
the torus is given by:
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where μ0 is the vacuum electromagnetic permeability constant (4rc x 10 7 H/m), N is the
total number of turns of wire wound around the torus, i is the time rate-of-change of
the electric current flowing through the wire, r is the radius of one of the loops of wire,
and R1 is the radius of the torus.
Figure 1. Dipole Electric Field Generator (Reference 14)
In a similar fashion, Forward's antigravity device is a dipole gravitational field
generator. As shown in Figure 2, a mass flow T through a pipe wound around a torus
induces a Lense-Thirring field P to form inside the torus. If the mass flow is
accelerated, then the P-field increases with time, and thus a dipole gravitational field G
is created. The magnitude of the anti-gravitational field at the center of the torus is
given by:
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