Gravitational Record Formation - A Stochastic Collapse Model Driven by Teleparallel Torsion

We propose a stochastic modification of nonrelativistic quantum dynamics in which statevector reduction is triggered by a gravitational distinguishability functional. This functional is identified with the weak-field limit of the torsion scalar in Einstein's Teleparallel Equivalent of General Relativity (TEGR). We present a collapse dynamics driven by a ``record load'' variable and impose consistency conditions ensuring linear ensemble evolution and the absence of superluminal signaling. We sketch phenomenological consequences and connections to existing collapse models.