Negative frame dragging propulsion system

Abstract

The invention is based on using a spinning a negative geometry hyperboloid structure to generate negative frame dragging to produce anti gravity effects for propulsion applications. It is theorized that the shape of negative mass on the quantum and Relativistic scale is hyperboloid in shape like our positive matter is made of spherical point particles or spherical planet or star geometry. Rather than using a sphere for frame dragging what if a hyperboloid was used? The idea is that the negative geometry of the spinning hyperboloid would produce a negative frame dragging effect. It is this negative frame dragging using a spinning hyperboloid that leads to anti gravity effects.

Claims

1. A propulsion system comprising: A spinning hyperboloid or negative geometry structure to generate negative frame dragging for anti-gravity were the spinning hyperboloid is spun by an electric motor via a shaft or spun using external electromagnets or superconductor or spun using air or any other type of method to spin it and the power that drives the spin can come from any power source. The claim of 1 the spinning hyperboloid or negative geometry structure can spin clockwise or counterclockwise The claim of 1 the spinning hyperboloids or negative geometry structures can spin in a coaxial or tandem configuration The claim of 1 the spinning hyperboloid can spin clockwise or counterclockwise to a rotating sphere in a coaxial or tandem configuration The claim of 1 the spinning hyperboloids or negative geometry structure can be charged or uncharged The claim of 1 a series of electromagnets or thrusters or jets or rockets or propellers can be placed around the spinning hyperbolic to give it controlled directional propulsion The claimed of 1 a particle accelerator chamber inside the hyperboloid frame dragging area will produce only negative mass particles

Description

FIGURES

[0019] FIG. 1 side view of propulsion system

[0020] FIG. 2 side view of propulsion system and disc aircraft

[0021] FIG. 3 top view of propulsion system and disc aircraft

DESCRIPTION OF DRAWINGS

[0022] 1. Hyperboloid structure

[0023] 2. Rim connected the shaft to the hyperboloid

[0024] 3. Shaft from the electric motor to the flywheel inside the throat of the hyperboloid

[0025] 4. Electric motor

[0026] 5. Flying saucer disc fuselage