TESI

TESI (Intermediate Scale Theory) is an effective model that connects quantum mechanics and general relativity through mesoscopic gravitational decoherence. It introduces (i) a stochastic noise tensor ξμν from quantum vacuum fluctuations, (ii) a covariant geodesic distance d_geo, (iii) a Lindblad-type open quantum system dynamics, (iv) a coherence loss parameter Θ derived from gravitational phase shifts, and (v) a curvature-based extension using the scalar curvature R. We propose eight simulation and experimental scenarios to validate TESI within current technological capabilities, making it a falsifiable bridge theory for the quantum-gravity interface.