低频电磁辐射与脑神经细胞微管的相互作用

Low-frequency Electromagnetic Radiation Field Interaction with Cerebral Nervous MT

研究了低频电磁辐射场与脑神经系统的相互作用规律及其机理。电磁辐射为非电离低频电磁场,将脑神经细胞骨架微管(MT)中的两态物理系统进行量子化,用密度矩阵描述脑神经系统中信息位的状态,建立并求解脑神经系统中信息位的动力学方程。结果表明:当非电离低频电磁辐射射向大脑时,脑神经系统中信息位的密度矩阵非对角元在任意时刻都不为零,能够保持较好的量子相干性,脑神经系统的功能不会受到破坏。

We investigate the interaction characteristics and mechanism of electromagnetic radiation field and cerebral nervous system. When the electromagnetic radiation is non-ionization low-frequency electro- magnetic field, the two-state physical system in the cytoskeletal microtubule （MT） can be quantized. The state of information bits in cerebral neurous system is described by density matrix, and the system dynam- ics equation is established and solved. It indicates that when the brain is exposed to non-ionization low-fre- quency electromagnetic field, the density matrix non-opposite angle element of cerebral nervous qubit will never be zero, its quantum coherence characteristic can keep well, and the brain function will also be not damaged.