记忆信息与大脑神经元固有频率的关联性

记忆信息与大脑神经元固有频率的关联性

钟振余

【期刊名称】《宁波大学学报（教育科学版）》 【年(卷),期】2016(038)001

【摘要】大脑记忆按事件方式储存,每个树突的固有频率就是记忆事件应有的信息元素.神经元表面成千上万个不同形态的树突树树棘所代表的信息集合就是一个记忆事件的信息储存总和.不同类型的信息内容储存在不同的脑区,同一瞬间储存在不同脑区的事件信息,通过突触机制关联成一个整体事件.记忆的读取遵循电波的谐振原理,通过突触关联的记忆电波可让肌体感知到类同于初始意识体验时曾经有过的意识状态.神经元的生存必须以稳定为前提,神经元不可以成为外来信息的传导介质,所以,颅内神经元群之间的信息交换只能以电波传播为主.%This paper aims to examine the information elements of a memory event to be stored in thousands of thorns of varied dendrites in the surface of nerve cells in different blocks of the brain in the sense of all the natural solid objects characteristic of inherent frequency. The elements memorized at the same time can be linked by synapses to a complete event, and the electric memory wave linked in the activated synapses in resonance enables the muscular motor to perceive the similar state of initial conscious experience. The traditional view suggested that signals ignited by the neurons encoded first in the lower nerve system, and then transmitted to the processing system of higher hierarchy to shape consciousness. In contrast, nerve cells couldn't be transmitters since