Modello di Transriflessione Dimensionale (MTD): proposta unificante per MQ e RG

Dimensional Transreflection Model (DTM) — A theoretical-mathematical proposal for the unification of Quantum Mechanics and General Relativity The Dimensional Transreflection Model (DTM) introduces a geometrically coherent extra dimension (X), functioning as a reflective interface between spacetime and observable phenomena. The model seeks to unify Quantum Mechanics (QM) and General Relativity (GR) by resolving theoretical contradictions in regimes involving singularities, entanglement, and wavefunction collapse. X is defined as a non-local, atemporal, and symmetric domain of coherent potentialities, from which all observable physical states emerge via a geometrical projection mechanism. Decoherence and measurement are interpreted as dynamic symmetry-breaking phenomena within X. The model provides mathematical structure (non-commutative C*-algebra, coherence function, reflection operator) and predicts experimentally verifiable deviations from classical QM or GR, such as coherence decay without environment and non-local reflective correlations.