What question did this study set out to answer?

To propose a novel inertia-free space propulsion model using tensor asymmetry based on Unified Field Theory.

February 26, 20260 citationsOpen Access

The DQ Engine and the Alcubierre Metric: Topological Propulsion without Negative Energy through Tensor Asymmetry

Key Points

To propose a novel inertia-free space propulsion model using tensor asymmetry based on Unified Field Theory.
Theoretical design of the DQ Drive propulsion model.
Asymmetric manipulation of the electromagnetic tensor in 12 dimensions.
Creation of a directional gradient of spatial diffusivity.
Increased topological friction at the front and maximized diffusivity at the rear of the craft.
The DQ Drive operates without classical kinetic acceleration.
It utilizes an electromagnetically induced topological wave to achieve propulsion.
Potential for arbitrary speeds without inducing G-forces on the crew.

Abstract

The theoretical design of the "DQ Drive" is presented, an inertia-free space propulsion model based on the Unified Field Theory of the Quantum Diffusion Framework. While previous technologies (such as the DQ Orb Shield) use symmetric manipulation of the magnetic field to induce static topological collapse , the DQ Drive employs asymmetric modulation of the Electromagnetic Tensor in 12 dimensions to sculpt a directional gradient of spatial diffusivity. By artificially increasing topological friction at the bow of the craft and maximizing diffusivity at the stern, the Alcubierre Metric is recreated without the need for exotic matter or negative energy. The craft does not experience classical kinetic acceleration but instead glides geodesically on an electromagnetically induced topological wave, allowing for arbitrary theoretical speeds without subjecting the crew to G-forces.

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