Relational_Collapse_Experiment_Proposal

This is a proposal for a novel quantum mechanics experiment designed to test whether the internal spin-phase structure of a detector can deterministically influence wavefunction collapse. The experiment predicts that a spin-coherent, magnetized measurement device may cause both particles in an entangled pair to collapse into the same spin state — violating standard quantum predictions. If confirmed, this result would support a relational, deterministic model of collapse and challenge the traditional assumption of randomness. The experiment is feasible with current technology and offers a falsifiable path toward understanding the deeper mechanism of quantum measurement.