A Unified Superconductivity–Qi Field–Anti-Gravity Trinity Model From the Benchtop Superconducting Gap to a Unified Path of Local Spacetime Flattening

Based on the mathematical framework of Spacetime Ladder Theory (STLT), this paper establishes an explicit connection between its core equations and the superconducting energy gap formula Δ = ħQ, constructing a complete theoretical chain from benchtop superconducting experiments to anti-gravity mechanisms. We demonstrate: (1) the superconducting energy gap Δ directly corresponds to the quantum energy of the Qi field Q; (2) the Qi field Q is the expansive component of the E–Q dual field in STLT and contributes negative Ricci curvature; (3) when Q reaches the critical value Q_c, the negative curvature cancels the positive curvature, realizing local spacetime flattening (R^eff_μν = 0). This framework redefines superconducting experiments as “benchtop dark-matter field detectors” and provides a mathematically testable foundation for anti-gravity propulsion.

Within the STLT framework, superconductivity, dark matter, and anti-gravity are manifestations of the same physical entity (the E–Q field) at different scales and degrees of condensation. The superconducting energy gap Δ = ħQ serves as the key bridge unifying all three—directly linking benchtop experiments to cosmological phenomena and providing a testable theoretical foundation for anti-gravity propulsion technology.