诸生物体不明复合势场相互作用的实验证据-科学网—博客.pdfVIP

诸生物体不明复合势场相互作用的实验证据 赵林立，朱泽瑞，印大中 （湖南师范大学生命科学院蛋白质化学与发育生物学教育部重点实验室，中国 长沙 410081 ） 摘 要 采用 KT88-AV2000 数字视频脑电地形图仪检测人脑、龟脑的脑电图，比照动态、静态生物体复合势场的 相互作用及对含羞草电信号的影响。发现生物体具有某种不明复合势场，它们相互共振，造成生物电信号改变。生物 体的电信号及其传导不仅对动物的脑电有很大的影响,而且对植物体内的电信号,甚至对盐溶液都有着类似的作用。这 一结果对于揭示心理暗示、梦境、灵感乃至于气功等神秘科学具有一定的启发作用；对于人类的抗衰老、保健康具有 一定的指导意义。 关键词 生物体；复合势场；脑电图 中图分类号： 文献标识码： 文章编号： Experimental Evidence of Interaction of Unknown Complex Potential Field in Organisms ZHAO Lin-li, ZHU Ze-rui, YIN Da-zhong (Key Laboratory of Protein Chemistry and Developmental Biology of Ministry of Education, College of Life Sciences, Hunan Normal University, Changsha 410081, China) Abstract The electroencephalogram (EEG) of human and turtles and its relation to mimosa were measured and studied by KT88-AV2000 digital video with brain electric activity Mapping (BEAM) technique. An unknown complex potential field was observed and recorded under static and dynamic conditions in organisms and various models. Interaction of biological electric signals and its transmission were found not only had a remarkable impact on the EEG in animals, but also in plants and even in salt solution. These findings may add understanding on different mystic phenomena in the field of psychology, dream, inspiration and qigong. It can also be applied to promote human health and anti-aging. Key words EEG; human; mimosa; unknown complex potential field 脑电的发现使人类对自身大脑活动的研究进入了一个崭新的时期。目前，脑电图(EEG)分析已成 为研究大脑功能状态和诊断脑疾病的重要方法；并通过脑电图分析研究睡眠过程中的有关生化问题。 学术界把睡眠分为两个阶段：无快动眼睡眠(NREM nonrapid eye movements)和快动眼睡眠(REM rapid eye movement)。无快动眼睡眠(NREM)也称“慢波睡眠”，即随着入睡者睡眠的加深，脑电频 率逐渐变慢、振幅变大(即：同步化)。快动眼睡眠也称“异相睡眠”，即出现β快波(去同步化)。不 同睡眠期的脑电图有不同的形态特征。无快动眼睡眠的睡