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Cognitive Quantum Tunneling in Belief Alteration

Fábio Antonio Filipini

Journal of Quantum Science of Consciousness. June 29, 2026 DOI: 10.69573/jqsc.2026.5.1.89-111 via OpenAlex

Summary

AI-generated from the abstract

The paper argues that consciousness, not matter, is the foundation of reality, drawing on Amit Goswami's monistic idealism. It proposes that counterintuitive quantum behaviors, such as quantum tunneling observed in biological systems like enzymes, photosynthesis, DNA, and microtubules, provide a physical basis for higher-order cognitive processing. The authors contend that belief systems function as conditioned quantum configurations in neural networks, and that profound belief change requires 'quantum jumps' enabled by cognitive tunneling, with creativity serving as the mechanism for such transitions. The synthesis of Goswami's cosmology with Hameroff and Penrose's microtubular theory is presented as a model where consciousness orchestrates phenomenal reality, reshaping understanding of belief plasticity and creative genesis.

Study at a glance

Characteristics Theoretical or philosophical paper Peer reviewed
Keywords Consciousness Counterintuitive Embodied cognition Subatomic particle Creativity
Key finding Belief matrices operate as conditioned quantum configurations in the neural network, and their modification requires cognitive tunneling mechanisms inducing quantum jumps.

Abstract

The present research revisits the boundaries between quantum mechanics, biological systems and the cognitive structuring of beliefs, taking as a pillar the theoretical propositions of Amit Goswami's monistic idealism.The primary scope lies in articulating how the counterintuitive behaviors of subatomic physics provide a non-dualistic framework for phenomena previously restricted to spiritual and philosophical thought.Methodologically, an integrative analysis of the seminal works that postulate the primacy of consciousness was carried out, juxtaposing them with recent empirical findings in the fields of quantum biology and neuroscience.The evidence collected indicates that the occurrence of quantum tunneling in organic environments-notably in enzyme activity, photosynthetic pathways, DNA dynamics, and microtubule architecture-provides a viable material infrastructure for high-order cognitive processing.It is argued, as a central thesis, that belief matrices operate as conditioned quantum configurations in the neural network.Consequently, its profound modification requires cognitive tunneling mechanisms, inducing "quantum jumps" that break with the prevailing perceptual patterns.In this arrangement, the creative faculty acts as the vector that makes this transition possible, attenuating the resistance of consolidated beliefs and opening access to a non-local spectrum of potentialities.It is concluded that the synthesis between Goswami's cosmology and Hameroff and Penrose's microtubular theory erects a solid epistemological model, in which consciousness acts as an orchestrator of phenomenal reality, substantially altering our understanding of the plasticity of beliefs and creative genesis.

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