What question did this study set out to answer?

This research aims to resolve the paradox of thermal decoherence in the brain through a novel theoretical framework.

April 19, 20260 citationsOpen Access

"The Principle of Augmented Biological Coherence (TCBA): Solution to the Problem of Decoherence and Energy Viability of Quantum Consciousness".

Key Points

This research aims to resolve the paradox of thermal decoherence in the brain through a novel theoretical framework.
Developed the TCBA theory focusing on biological mechanisms
Explored topological quantum isolation in microtubules
Estimated the brain's power budget for quantum operations
Predicted the TBio constant of at least 1 ms coherence time at 37 degrees Celsius
Demonstrated sufficient thermodynamic capacity for approximately 10^20 quantum operations
Linked acquired savant syndrome to quantum module release

Abstract

This research (TCBA theory) addresses the paradox of thermal decoherence in the brain. This theory postulates a biological mechanism of Topological Quantum Isolation in microtubules that reduces thermal noise by a factor of one hundred billion (10¹1), This mechanism demonstrates that the brain's total power budget (20 W) is thermodynamically sufficient to sustain approximately 10²0 quantum operations per second. Key highlights: Predicts the TBio Constant (greater than or equal to 1 ms coherence time at 37 degrees Celsius). Explains Acquired Savant Syndrome as a "Quantum Module" release. Possible new law of physics for room-temperature quantum computing. Official English version of the original December 2025 Spanish paper.

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Cite This Study

Anyel Torres (Sun,) studied this question.

synapsesocial.com/papers/69e47250010ef96374d8e6ca https://doi.org/https://doi.org/10.5281/zenodo.19636328

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