This episode presents a covariant spectral regularization framework for the energy–momentum tensor in Lorentzian spacetime. The proposal introduces a nonlinear functional map that transforms negative or null spectral modes into strictly positive values, ensuring a uniform lower bound.

The regularization process generates an exchange current that breaks standard local conservation, which is dynamically compensated by a structural sector composed of coherence fields, nodal pressure, and vector equilibrium. The framework is presented as a diagnostic tool for testing whether exotic geometries, including Alcubierre-type warp-drive configurations, can be physically supported by such a structural substrate.

Author: Miguel Jorge Díaz Luna / Michelle TTN Project