Bio-inspired Super-wettability System Quantum-confined Superfluid: Energy Coversion, Chemical Reaction and Biological Information Transfer

01 April 2022, Version 1
This content is an early or alternative research output and has not been peer-reviewed by Cambridge University Press at the time of posting.

Abstract

Quantum confined superfluid will promote the understanding of the mechanism of high-efficiency energy conversion in biology; propose the quantum state of neural signal transmission in quantum neuroscience and brain science, and the macro-quantum state of ion channels as the carrier of biological information transmission; reveal the essence of biochemical reactions.

Keywords

quantum confined superfluid
energy conversion
quantum state
neural signal transmission
macro-quantum state of ion channels
super-wettability system
frequency modulation
ion superconductibity
ionic current
ultralow-resistivity

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