Professor Jack Tuszynski probes proposed quantum processing proteins
Apr 30, 2022
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Dr. Al Scott delves into quantum theories of consciousness with Sir Roger Penrose and Stuart Hameroff, exploring Orchestrated OR theory. Prof. Jack Tuszynski's experiments on microtubules' response to anesthetics challenge existing beliefs. They discuss fractal kinetics, proteins in cancer research, quantum computation in neurons, and biophotons in cellular consciousness.
Microtubules may be sites for quantum effects related to consciousness, affected by anesthetics.
Electromagnetic stimuli in cell cultures shows potential for collective behavior and synchronization.
Deep dives
Quantum Theory of Consciousness and Microtubules
Microtubules are proposed as biological sites for quantum effects linked to consciousness, with experiments showing reductions in lifetime under anesthetics. The Quantum Biology paradigm is supported by evidence of quantum processes in cellular systems like photosynthesis. Trials examining photon emission and absorption in microtubules hint at potential quantum states affecting cognitive processes. Future live neuron experiments seek to bridge the gap between theoretical frameworks and biological reality.
Synchronization and Collective Behavior in Cells
Studies demonstrate cell synchronization in cultures through electromagnetic stimuli and physical means, suggesting a key role in collective behavior. The potential role of electromagnetic frequencies in synchronizing cellular activities opens avenues for understanding how groups of cells create conscious awareness.
Implications of Microwave Frequencies on Microtubules
Experiments show microwave frequencies breaking microtubules over extended exposure times and high intensities, highlighting critical parameters for potential effects. The controversy over RF fields and health concerns relates to the duration, intensity, and penetration depth of electromagnetic radiation, with insights from studies on the impact of terahertz radiation on cellular structures.
Exploration into Cellular Consciousness and Quantum Effects
The interview highlights the complexity of subcellular processes and their potential links to consciousness, emphasizing the exploration of quantum effects in microtubules and cellular synchronization. The open-ended nature of scientific inquiry into optical biophysics and cellular consciousness underscores the ongoing quest for understanding fundamental aspects of cognitive processes and cellular behavior.
This episode continues my series on consciousness—are we just biological robots? Following on from my exciting interview last week with quantum biophysicist Dr. Luca Turin, I dig further into competing quantum theories of consciousness. The famous Sir Roger Penrose and his partner Stuart Hameroff have proposed the Orchestrated OR theory. This theory posits a modification of the incomplete theory of quantum mechanics that underlies half of physics. They argue that consciousness arises from moments of wavefunction collapse that are objectively linked to certain aspects of quantum superpositions. They further argue that biology has evolved a mechanism to orchestrate these wavefunction collapses in tiny subcellular structures called microtubules. My guest today has been doing experiments in the lab to determine if physical processes in microtubules respond to anesthetics.
Professor Jack Tuszyński obtained his Ph.D. in condensed matter physics in 1983 from the University of Calgary. From 1983 to 1988 he was a faculty member at the Department of Physics of the Memorial University of Newfoundland in St. John’s. He moved to the University of Alberta in 1988 as an assistant professor, between 1990 to 1993 he was an associate and then full professor at the Department of Physics. Between 2005 and 2020 he has held the prestigious Allard Chair in Experimental Oncology at the Cross Cancer Institute where he leads an interdisciplinary computational drug discovery group. He is also a Fellow of the National Institute for Nanotechnology of Canada. He has held visiting professorship and research positions in China, Germany, France, Israel, Denmark, Belgium and Switzerland. He is widely published in the scientific literature providing frequent invited talks on his ground-breaking work.