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NeuroQuantology

Revisiting the Concepts of Subjectivity and Reality in Many-Worlds View of Consciousness and Super-Consciousness

Ping Sun, Ravi Prakash

Published Jun 14, 2012• 1 citation
Publisher

Abstract

We read with interest the theory of consciousness propounded by Mensky (2011), based on the many-worlds view by Everett. The work done by the author to mathematically frame the many-worlds theory in the field of consciousness is commendable. NeuroQuantology | June 2012 | Volume 10 | Issue 2 | Page 346-347

DOI
10.14704/nq.2012.10.2.580

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We read with interest the theory of consciousness propounded by Mensky (2011), based on the many-worlds view by Everett. The work done by the author to mathematically frame the many-worlds theory in the field of consciousness is commendable.
NeuroQuantology | June 2012 | Volume 10 | Issue 2 | Page 346-347
The issues of subjectivity and reality are difficult for analyzing them, but they are extremely interesting and are actively debated in psychology and philosophy. The emergence of quantum mechanics significantly influenced the nature of the debate on these issues. In recent decades many authors apply the Everett’s (“many-worlds”) interpretation of quantum mechanics in this context. I attempted to approach these problems by rewording of the Everett’s concept as coexistence of different “classical realities” which are separated from each other in consciousness (instead of the usual formulation that different “Everett’s worlds” coexist, with a twin of each observer in each Everett’s world). In this formulation it is natural to assume that the separation of alternative classical realities is just what we call consciousness. The direct consequence of this assumption is that turning off consciousness or its weakening stops separation and opens access to all or many alternative classical realities. New abilities arising in this state were called super-consciousness. These abilities include super-intuition (obtaining knowledge from nowhere) and control of “subjectively perceived reality”. The resulting theory was called Extended Everett Concept (EEC). NeuroQuantology | June 2012 | Volume 10 | Issue 2| Page 348-349
в 1957 году Х. Эверетт предложил гипотезу о параллельных реальностях, которую М.В. Менский использовал для построения квантовой теории сознания. В рамках этого подхода можно объяснить сознательное и бессознательное, а также создать некоторые представления об интуиции и об инсайте. В настоящей работе предлагается развитие идей Эверетта и Менского для моделирования эвристической работы мозга. Одновременно предлагается трактовка суперпозиции и декомпозиции в работе нейросетей мозга. Представлена идея работы искусственных нейросетей с позиции квантовой теории сознания. in 1957, H. Everett proposed a many-worlds interpretation, which M.V. Mensky used to build the quantum theory of consciousness. This approach can explain the conscious and the unconscious, and give some ideas about intuition and insight. In this study, we built on Everett’s and Mensky’s ideas to simulate the heuristic operation of the brain. We also proposed an interpretation of the superposition and decomposition of the brain neural network operation. This paper presents new ideas for creating artificial neural networks in terms of the quantum theory of consciousness.
The phenomenon of synchronicities which has been first described by Carl Jung, is explained in the framework of Extended Everett Concept proposed by the author. EEC differs from the Everett's “many-worlds interpretation” of quantum mechanics in that it explicitly includes the phenomena of consciousness, super-intuition (direct vision of truth) and ability to choose the version of reality which is to be subjectively experienced. Extended Everett Concept can explain synchronicities since, according to this theory, the subjective perception of reality by humans is governed not only by material causes but also by goals that may be immaterial (words, images or ideas). NeuroQuantology | September 2012 | Volume 10 | Issue 3 | Page 468-481