摘要
本论文通过设计人脑“功能探究”实验，绕过人脑复杂的细微结构，直接探究与认知相关的脑功能。即：用光信号、声信号、声光联系信号分别直接输入人脑实验探究，和声、光信号输入人脑作脑信息电波共振实验探究，得到科学事实，发现脑信息电波共振现象和规律（认知规律）。又根据相关的已知的科学事实，联系起来，提出脑信息电波共振假说，组成脑信息电波共振理论，填补了对人脑功能研究的空白，使认知有规律可循；推进了脑科学、认知科学、哲学、教育学和物理学等交叉融合在一起；为又好又快培养人才，构建创新型社会，提供理论依据。
The present paper through designs the human brain ＂the function to inquire into＂ the experiment, bypassed the human brain complex slight structure, direct inquisition and cognition correlation brain function. Namely： Uses up the signal, the sound signal,the acousto-optic relation signal distinction direct input human brain tests inquired into that, with the sound, the light signal inputs the human brain to do the brain information electric wave resonating experiment to inquire into ,obtains the scientific fact, discovers the brain information electric wave resonance effect and the rule （cognition rule）. Also acts according to the related known scientific fact,relates,proposed the brain information electric wave resonating hypothesis, composes the brain information electric wave resonating theory,has filled to the human brain function research blank, in a disorderly way causes the cognition to be possible to follow;Advanced the brain science, the cognitive science, the philosophy, the pedagogy and the physics and so on fuses alternately in together;For also is good fosters the talent quickly, the construction innovation society, provides the theory basis.
关键词
物理学
脑神经元回路固有频率
脑信息电波共振
RNA中粒子能态变化遗留形成记忆
The physics
Cranial nerve Yuan return route natural frequency
Brain information electric wave resonating RNA granule energy state change carry--over forms the memory
