Simulations of the Quantum Entangled States Migration Process in Cell Microtubules
摘要
Abstract
The work simulates the process of migration of quantum entangled states between tryptophans in cell microtubules connected by dipole-dipole interaction, so that microtubules can be considered as a signaling system for transmitting information via the quantum channel. The paper shows that the rate of propagation of entangled states falls within the range of the nerve impulse velocity.