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

Arthur Pletcher

Published Dec 17, 2024• 0 citations
Publisher

Abstract

A profound and novel theory that particle observation is DUAL, involving two minds (per Post-corpus callosotomy experiments) and a mathematical model of consciousness as positive reinforcement loops, which ultimately collapse to a single state (in correspondence with the particle and subsequently the local environment). This concept is very much analogous to the classic space polarization (political and ideological) which we observe daily in society, as well as power distributions in nature. The mathematical description of decreasing Shannon entropy, increasing potential energy, Jarzynski equality, and random information exchange probability is compared with Von Neuman entropy during Quantum Entanglement and collapse. A SIMPLE AND INEXPENSIVE PROOF OF THIS THEORY IS PROPOSED (SECTION 5), USING A MODIFIED STERN-GERLACH EXPERIMENT. The value of this model is how it eloquently explains the logical inconsistencies of the Two-State Experiments (Section 4), as the observer undergoes a profound change in each observed orientation.

DOI
10.32388/0eqotj.10

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A profound and novel theory that particle observation is DUAL, involving two minds (per Post-corpus callosotomy experiments) and a mathematical model of consciousness as positive reinforcement loops, which ultimately collapse to a single state (in correspondence with the particle and subsequently the local environment). This concept is very much analogous to the classic space polarization (political and ideological) which we observe daily in society, as well as power distributions in nature. The mathematical description of decreasing Shannon entropy, increasing potential energy, Jarzynski equality, and random information exchange probability is compared with Von Neuman entropy during Quantum Entanglement and collapse. A SIMPLE AND INEXPENSIVE PROOF OF THIS THEORY IS PROPOSED (SECTION 5), USING A MODIFIED STERN-GERLACH EXPERIMENT. The value of this model is how it eloquently explains the logical inconsistencies of the Two-State Experiments (Section 4), as the observer undergoes a profound change in each observed orientation.
Post-corpus callosotomy (split brain surgery) research has demonstrated that there exists two opposing minds within the single observer, which engage in a dynamic sequence of recursive information exchange, and ultimately collapse to one single polarized conscious state. it is therefore reasonable to hypothesize that PARTICLE OBSERVATION IS DUAL, and also involves two opposing minds, which engage in a similar dynamic, and ultimately collapse to one single polarized state, which then becomes entangled (in correspondence) with the observed particle, and subsequently becoming entangled with the observer’s local environment. This novel theoretical concept of a DIALECTIC DUAL OBSERVATION is mathematically modeled with the resulting decreasing Shannon entropy, increasing potential energy, Jarzynski equality and random information exchange probability. The mathematical conjecture is compared with Von Neuman entropy during Quantum Entanglement and collapse. Section 2 shows how this sequence explains the logical inconsistencies of the two states experiments. Section 5 shows a SIMPLE MODIFIED STERN GERLACH EXPERIMENTAL AS A PROOF.
Post-corpus callosotomy (split brain surgery) patients, have demonstrated that there exists two opposing minds within the single observer, which engage in a dynamic sequence of recursive information exchange, and ultimately collapse to one single polarized conscious state. it is therefore reasonable to hypothesize that particle observation also involves two opposing minds, which engage in a dynamic sequence of recursive information exchange, and ultimately collapse to one single polarized state, which then becomes entangled (in correspondence) with the observed particle. Subsequently becoming entangled with the local environment. Section \ref{sec-2s} shows how this sequence explains the logical inconsistencies of the two states experiments. A SIMPLE MODIFIED STERN GERLACH EXPERIMENTAL IS PROPOSED AS A PROOF. This novel theoretical concept of a DIALECTIC DUAL OBSERVATION is mathematically modeled with the resulting decreasing Shannon entropy, increasing potential energy, Jarzynski equality and random information exchange probability. The mathematical conjecture is compared with Von Neuman entropy during Quantum Entanglement and collapse.
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.
This article provides a mathematical model of spacetime emergence from Nonseparability, as well as a determined particle evolution. An alternate paradigm of separability is proposed; Rather than spacetime as an illusion, spacetime is a limited R4\mathbb{R}^{4}R4 polarization from a higher dimensional space, with a fundamental connectivity. The process which results in this R4\mathbb{R}^{4}R4 polarization is very much analogous to the polarization which is ubiquitous throughout the natural world in classic space. Thus, we observe negentropy, polarization, separation and power-law distributions as natural consequences of recursive information exchange between agents within a format of reinforcement loops. A similar process of recursive information exchange is proposed to occur within the observer's oppositional dual consciousness during quantum decoherence. This cognitive process results in the entanglement between the observer's polarized consciousness, and the emerging particle. Contrary to conventional postulates, a particle's evolution is not undetermined, but rather emerges in conjunction with the polarized state of the observer. Thus, the observer, local environment and particle become polarized and entangled simultaneously. A modified Stern Gerlach experimental is proposed as proof. A radical concept of gravity is a corollary.
This article proposes a novel analogy between the escalating polarization which occurs between rational agents, and the emergence of spacetime in quantum decoherence. The former occurs within a framework of reinforcement loops of recursive information exchange between agents, and escalates to higher scales (local, regional, national, and international) of polarization. The latter occurs within the split consciousness of the single observer. Consequently, particle evolution becomes determined as the particle becomes entangled with the polarized state of the observer and the observer's local environment. A modified Stern Gerlach experimental is proposed as proof. The premise of this analogy is mathematically supported. A radical concept of gravity is a corollary.
This article proposes a novel analogy between the escalating polarization which occurs between rational agents, and the emergence of spacetime in quantum decoherence. The former occurs within a framework of reinforcement loops of recursive information exchange between agents, and translates through scales (local, regional, national and international) of polarization. The latter occurs on a neurological scale within the split consciousness of the single observer, and thus a particle evolution becomes determined, as the particle becomes entangled with the polarized state of the observer and the observer's local environment. THE PREMISE OF THIS ANALOGY IS MATHEMATICALLY SUPPORTED. A modified Stern Gerlach experimental is proposed as a proof. A radical concept of gravity is a corollary.