Plasma Reactor.
Plasma Reactor
The design of the Plasma Reactor utilises the designs of multiply Plasma fusion research machines such as the Tokamak, Stellarator, NSTX-U & Z-Pinch. Unlike any other fusion device, the Plasma Reactor is build to utilise the explosive power of Non Linear instabilities as Plasma exits the Z-pinch in plasma, rather than exothermic reactions from fusion and fission. By using the Z pinch to complete the secondary Plasma current around the Spherical Torus that houses the turbine blades that drive the internal Plasma Mass to produce the Toroidal current, which in turn compresses the Z-Pinch in the positive Z direction of the toroid. This creates 2 endless positive feed backs loops of Plasma current at 90 degrees to each other.
In an effort to make fusion energy more viable, Plasma physicists have studied the extremely large pressure gradients found in the boot strap currents of Plasma and the Magnetic Reconnection of Plasmoids. Utilising the re-circulating energy, the Plasma Reactor feeds the pressure gradient created between +Z & -Z past the turbine blades between the Stator of the Reactor and the Rotor that houses the rotating cold Plasma mass that forms the toroid in-between either pole.
From the quoted abstract below, it was again confirmed that gravitational potential energy is extracted by utilising non linear flows to destabilise the “field lines”.
In a naturally formed Plasma system such as Stars and Planets this mechanism is found at the end of the Z-Pinch (head of Plasma Squatter man which can’t be linked due to the nuclear test ban treaty but the paper is called Characteristics for the Occurrence of a High-Current Z-Pinch Aurora as Recorded in Antiquity Part II).
We are currently going through the patenting process and the initial filing can be found here.