Newtons vs Teslas: The Dependence of Reactionless Drive Thrust on a
                    Stationary Magnetic Field: Part 1

Ed Chen; Tara Cronin

doi:10.4271/2023-01-0983

The reactionless drive is an internal momentum engine which until recently has been deemed impossible under the laws of physics. In this paper, the authors will extend the equation for reaction less propulsion =

F = - μ q^{2} / (6 π c m r^{2}) (v \times \frac{d B}{d t} + B \times \frac{d v}{d t})

and derive an additional equation, which we call “The Sektet Equation” governing the system of motion,

F_{S e k} = - μ q^{2} / (6 π c m r^{2}) * 2 B * \frac{d B}{d t} .

The results of the paper show that significant thrusts can be generated on relatively low voltages and energy inputs. It applies this equation to explain how NASA’s EM drive likely produces thrust via the “Sektet Equation” using a three circuit analysis of the Sektet Force.

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Newtons vs Teslas: The Dependence of Reactionless Drive Thrust on a Stationary Magnetic Field: Part 1 2023-01-0983

SAE MOBILUS