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Bulletin of Mathematical Biology

Quantum theory of time-varying stimulation in nerve

Lynn Wei

Published Feb 1, 1973• 5 citations
Publisher
DOI
10.1007/bf02458343

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Aiding paralyzed people through using technology to transmit signals from brain to paralized part of a body has been a matter of great interest in recent times. Classical approaches in this regard still experience several limitations and sometimes become hazardous to living bodies. Besides, existing literature points out that there are many nerve signals that are not amenable to the classical approaches, however, can be amenable to quantum approaches. By addressing these two points, we propose a new system to propagate signal of a damaged nerve using quantum networking. We name our proposed system Q-Nerve. Q-Nerve exploits quantum network based artificial connection between brain and other organs to bypass a damaged nerve. Subsequently, we propose a more sophisticated version of Q-Nerve that aims to exploiting a synergy between the ability of quantum computing to accumulate neural signal and the ability of quantum networking to pass the signal instantaneously. Further, we extend the proposed system for other brain and nerve related problems that require numerous logical computations.
Abstract Among the living cells of the human body, and of the central and the peripheral nervous systems, it is neurons or nerve cells which are most immediately bound up with consciousness — with the antecedents of mental events, mental events themselves, and their consequents, the latter being other mental events and also actions. Neurons vary from very short indeed to a considerable length, and are constituted of structures and substructures which are open to study by light and electron microscopy and by many other converging means. Inspite of how scientific this bodily system is, and this is not the most often point of controversy, there remains to be various questions on consequences and still comes three categories of theories: determinist, near-determinist, and indeterminist.