"A Candidate Theory of Everything? Relational Density, Emergent Spacetime and Quantum Torsion Tests"

We present a unified framework—the Theory of General Relationality (TRG)—in
which mass, energy and spacetime emerge as distinct phases of a single universal substance:
the Relational Density ρR. The theory introduces (1) a relational equation of state connecting mass, energy and volume; (2) a microscopic spacetime quantum associated with the
neutrino Compton volume; (3) a geometric mechanism for the arrow of time; and (4) a falsifiable prediction: an anomalous torsion tensor Aµν generated near rapidly rotating compact
objects. We complement the theoretical structure with empirical benchmarks obtained on IBM
Quantum hardware using QUASAM-2 and QUASAM-8 circuits, showing entropy responses
consistent with relational torsion dynamics.