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In this interlude of The Observable Unknown, Dr. Juan Carlos Rey of crowscupboard.com steps into the shimmer between matter and meaning – the quantum frontier of consciousness. Could awareness itself arise from sub-atomic events inside the brain?
Mathematician Roger Penrose and anesthesiologist Stuart Hameroff proposed the Orch-OR Theory, suggesting that quantum coherence within neuronal microtubules gives birth to conscious experience. Though Max Tegmark argued that such coherence would vanish in trillionths of a second, new findings challenge that dismissal.
At Oxford, quantum effects in photosynthesis and avian navigation imply that biology itself sustains quantum order. At the University of Tokyo, Anirban Bandyopadhyay demonstrated microtubule vibrations that behave like coherent quantum systems, while Matthew Fisher at UC Santa Barbara proposed that phosphorus atoms might store quantum information within the brain’s chemistry.
Dr. Rey explores how these discoveries reshape our understanding of decision, memory, and perception - each thought a potential collapse of probability. If so, consciousness may not emerge from the universe; the universe may awaken through us.
This interlude traverses the philosophical and empirical: quantum tunneling in enzymes, coherence in bird migration, and the mystery of awareness as cosmic feedback. The observable unknown is this - that every act of perception might be the universe observing itself.
Connect with Dr. Rey directly at [email protected] or (336) 675-5836.
By Dr. Juan Carlos Rey5
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In this interlude of The Observable Unknown, Dr. Juan Carlos Rey of crowscupboard.com steps into the shimmer between matter and meaning – the quantum frontier of consciousness. Could awareness itself arise from sub-atomic events inside the brain?
Mathematician Roger Penrose and anesthesiologist Stuart Hameroff proposed the Orch-OR Theory, suggesting that quantum coherence within neuronal microtubules gives birth to conscious experience. Though Max Tegmark argued that such coherence would vanish in trillionths of a second, new findings challenge that dismissal.
At Oxford, quantum effects in photosynthesis and avian navigation imply that biology itself sustains quantum order. At the University of Tokyo, Anirban Bandyopadhyay demonstrated microtubule vibrations that behave like coherent quantum systems, while Matthew Fisher at UC Santa Barbara proposed that phosphorus atoms might store quantum information within the brain’s chemistry.
Dr. Rey explores how these discoveries reshape our understanding of decision, memory, and perception - each thought a potential collapse of probability. If so, consciousness may not emerge from the universe; the universe may awaken through us.
This interlude traverses the philosophical and empirical: quantum tunneling in enzymes, coherence in bird migration, and the mystery of awareness as cosmic feedback. The observable unknown is this - that every act of perception might be the universe observing itself.
Connect with Dr. Rey directly at [email protected] or (336) 675-5836.

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