JOURNAL of MULTISCALE NEUROSCIENCE

Abstract

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The paper discusses the theoretical foundations necessary for developing conscious artificial intelligence by exploring the concept of quantum biological consciousness. Quantum biological consciousness is a spontaneous process encompassing potentiality as action, particularly information-based action. Quantum biological information has two important roles: (1) to explore quantum dynamics in biological systems and (2) to explore how the intrinsic quantum processes play a role in our understanding of information as subjective physicalism. Quantum entanglement could also cause the irreversibility of time, but this is based on the premise of an isolated “quantum brain” or “quantum consciousness”. However, quantum biological consciousness focuses on (2) emphasizing intrinsic information without “content” or “representation” and unfolding through poststructural dynamics in self-referential anastomotic pathways. It highlights the importance of understanding how consciousness operates within a biological framework and suggests that insights from quantum biology could inform the creation of conscious artificial intelligence.

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Keyword: Entropic pilot wave theory, delocalization, cavity quasipolaritonic condensate, protonic wet wire, protein pores, physical mechanism, consciousness, dynamic organicity.

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Conflict of Interest

The authors declare no conflict of interest

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Copyright: © 2024 The Author(s). Published by Neural Press.

This is an open access article distributed under the terms and conditions of the CC BY 4.0 license.

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