Quantum Physics

    

Brain's Beuronal Planck's Constant

Authors: Moninder Singh Modgil

We introduce following four Ansatz — (1) That the human brain, can be regarded as a set of 100 billion quantum mechanical oscillators — with each oscillator, representing a Neuron. (2) The oscillator’s frequency ν corresponds to the Neuron’s firing frequency. (3) The amplitude A, represents the amount of neurotransmitters released at the synapse via vesicles. (4) Neuron-Quantum-Mechanical-Energy (NQME), of each oscillator/neuron is defined as analogous to the case of photons. We calculate the order of magnitude of the Brain’s Neuronal-Planck’s Constant (BNPC) h_Neuron which is 10^(-16) Joule-Seconds. Excitation level of neurons, are calculated for various brain regions.

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[v1] 2024-11-08 03:14:02

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