Recent research explores the possibility that human consciousness could be linked to quantum processes in the brain’s microtubules. This theory suggests that consciousness may operate at a quantum level, potentially allowing connections to the universe. Experiments involving anesthesia on rats support the idea that stabilizing these brain structures could extend consciousness. While some scientists are skeptical, the concept opens new possibilities in understanding the quantum nature of consciousness.
https://www.popularmechanics.com/science/a62373322/quantum-theory-of-consciousness/
Quantum vibrations in brain microtubules may explain anesthesia and consciousness
A study published in eNeuro investigates how quantum vibrations in brain microtubules could explain the effects of anesthesia and the nature of consciousness. Researchers explored the idea that anesthetic agents disrupt quantum coherence in these microstructures, reducing consciousness. Their findings support the hypothesis that consciousness might emerge from quantum processes, potentially linking it to broader quantum phenomena. This challenges traditional views and offers new insights into how consciousness functions at a quantum level.
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