Superposition

  With one Toroid containing positively charged ions (Cations) plasma and the other Toroid containing negatively charged ions (Anions) plasma and entangled particles and a graphene sheet. A time-varying magnetic field within the chamber walls surrounding the quantum engine spins the upper in one direction and lower Toroid’s plasma in the opposite direction (Bifilar coils, within the wall of the main coils, reduce leakage reactance. Bifilar coils are used to suppress back-emf in the primary coils that drive the Toroid's.

The ship and its occupants and AI (observers) are incorporeal during the jump. Without an observer the ship becomes part of a wave function (without mass) with superpositions that span all of space-time. When two or more waves of the same type coexist in the same region of space, they combine to create a new wave. This process is known as superposition. In double-slit experiments, when we turn on a sensor, detector, or instrument to measure, or observe the behavior of the particles, it shows particle behavior, with no observation it shows wave behavior.

The ship, before initiating its jump, carefully chooses its desired space-time location. This decision is crucial, as it determines where the ship will reappear after the jump. The remote location detects (observes) the wave function (superposition) at the new spatial location collapsing the wave function. It then teleports back the quantum information and energies that were previously dispatched. This process allows for seamless reconstruction of the ship, ensuring continuity and agility. The quantum field dissipates gracefully, and the ship returns to normal space time, ready for its next leap. The intricate interplay of gluons, solid-state qubits, and bidirectional graphene forms a mesmerizing tapestry of technology and physics. It is as if the ship dances on the edge of reality.

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