ACORN Loop Quantisation, Curvature Circulation, and the Matter Spectrum

We present a freestanding formulation of the ACORN (Alternating Curvature Ontology od Relational Nature) framework in which stable matter arises from closed curvature circulation in afive–dimensional hyperbolic geometry. Proper particle time is generated internally by masspartition, and quantisation emerges from loop–action closure rather than postulated quantumrules. We show that the Compton clock is a derived consequence of curvature–action quantisation, that proton stability corresponds to a synchronized topological closure of two distinctcurvature loops, and that neutron instability arises from a controlled failure of closure accompanied by the emission of a curvature defect identified with the neutrino. We culminate withan explicit winding–number table scan demonstrating how small integer loop windings generatethe observed proton–electron mass ratio.