Particle Entanglement With the Observer’s Polarized Dual Consciousness — A Modified Stern Gerlach Experiment, as Proof

Abstract

A Theoretical proposition of particle entanglement with the polarized dual Consciousness of a single observer (and subsequent local and remote environments) during Quantum Decoherence, explains the Two-State System experiments, and is SUPPORTED BY MATHEMATICAL CONJECTURE, using a Classic Space analogue to Quantum Decoherence: Recursive information exchange (RIE), within the framework of reinforcement loops, between agents. From this dynamic system of information exchange, the resulting decreased Shannon entropy, increased potential energy, polarization and preferential growth (over scales) are compared with Von Neuman entropy during Quantum Entanglement and collapse. The observational components of RIE (biased observation, interpretation, response and self-validation) are analyzed and shown to be SUBJECTIVELY VALIDATED. This corollary of "self-validated observation" explains the logical inconsistencies in the Two States Experiments. A SIMPLE MODIFIED STERN GERLACH EXPERIMENTAL IS PROPOSED AS A PROOF.