The Janus–Entanglement Constraint Framework

We propose a speculative framework in which global cosmological entropy boundary conditions impose kinematic constraints on quantum entanglement structure. The approach treats the Big Bang as a symmetric low-entropy boundary, interprets entanglement as the primary carrier of information, and distinguishes between globally preserved fine-grained information and observer-accessible, holographically bounded entropy. No modification to local quantum mechanics or gravitational dynamics is assumed. The framework is presented for critical evaluation with particular attention to novelty, consistency with existing results, and possible falsification.