PROSENTIR Phase 3: Dynamic Synchrony, Cooperation Robustness, and the Limits of Phi

We present PROSENTIR Phase 3, the concluding paper of a trilogy investigating the computational correlates of consciousness and cooperation. The paper develops the causal constitution argument against qualia as non-physical primitives: the distinction between propositional knowledge (knowing-that) and causal-integration knowledge (knowing-from) shows that Mary's Room rests on a false premise, and the causation/constitution distinction renders the philosophical zombie incoherent within the constructive cosmogony. Two pre-registered experiments are conducted across 45 independent simulations. Both hypotheses are falsified: H1 (higher Phi predicts cooperation; r=-0.178, p=0.268) and H2 (payoff reinforcement degrades cooperation; r=0.065, p=0.935). The principal finding is that cooperation and Phi are partially independent: cooperation is governed by inter-agent dynamic synchrony of Level-3 integrators, while Phi degrades under high payoff reinforcement (r=-0.918, p=0.082) without behavioral collapse. Phase 4 targets inter-agent Phi via MI(M3_A, M3_B).