AAWSAP DIRD, Negative Mass Propulsion, January 2011
DOW-UAP-D152 · page 30 of 43
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UNCLASSIFIED//fOR. 8FFI61.t..k W&i QJsll,¥ or 2 ~ V <l> = - 2 (93) ~ A= -cv Apart from the factor m/e, this is same as (84). For weak gravitational fields produced by slowly moving matter, Einstein's linearized gravitational field equations permit the gauge condition (replacing the Lorentz gauge) 4 8<l> ~ --+divA =0 C 8t With the gauge transformation for <l> and A <I>' = <I> A' =A+gradf (94) where f has to satisfy the potential equation (95) For a stationary gravitational field the vector potential changes phase of the Schrodinger wave function according to 1 f// = f// exp [lm he j'] , (96) leading to phase shift on a closed path ,r\ IJ<p = - - ' " ds C A 26 UNCLASSIFIED//POllt: OPPIEIICL tf!H!!! or~LY