GR QT Well Posedness

This paper analyzes the conditions of well-posedness for combined General Relativity (GR) and Quantum Theory (QT) descriptions under a closed admissibility framework. It shows that apparent failures of consistency, predictability, or compatibility do not arise from physical contradiction between GR and QT, but from illicit representational coupling that exceeds admissible scope. Within admissibility constraints, GR and QT are licensed as distinct descriptive regimes, each internally well-posed within its envelope. Pathologies emerge only when representations are forced into a unified evaluative structure that cannot preserve standing across the combined scope. The paper demonstrates that such losses of well-posedness are not signals of missing physics, but indicators of inadmissible description. The analysis is eliminative rather than constructive. No unified dynamics, hybrid formalism, or reconciliation strategy is proposed. Instead, the paper establishes a boundary condition: any GR–QT description must be loss-safe with respect to standing preservation. Where loss-safety cannot be maintained, the description is inadmissible regardless of mathematical coherence or empirical motivation. By enforcing loss-safe well-posedness, the paper dissolves a class of foundational problems attributed to GR–QT incompatibility. It closes these problems by showing that they arise from representational overreach rather than from incomplete physical theory.