A new interpretation of TCM pulse diagnosis based on quantum physical model of the human body

基于量子观的中医人体物理模型解读脉搏波

Following the quantum theory-based physical model of the human body,a new interpretation of the traditional Chinese medicine(TCM)principle of"Cunkou reads viscera"is presented.Then,a Gaussian pulse wave model as a solution to the Schrodinger equation is shown to accurately describe 19 different pulse shapes,and to quantitatively capture the degree of YinYang attributes of 13 pulse shapes.Furthermore,the model suggests using pulse depth and strength as leading-order quantity and pulse shape as first-order quantity,to characterize the hierarchical resonance between the human body and the environment.The future pulse informatics will focus on determining an individual’s unique quantum human equilibrium state,and diagnose its health state according to the pulse deviation from its equilibrium state,to truly achieve the high level of TCM:"knowing the normal state and reaching the change".

在本团队提出的人体量子物理的模型下,对“寸口分候脏腑”这一中医原理进行了现代解读,并构建了基于薛定谔方程的高斯脉搏波模型,实现了对中医19种脉形的准确描述。高斯参数对13种脉形成功实现了对阴阳属性的定量展示。人体量子模型进一步提出,脉搏波是人体内部与环境共振的体现,基于脉位脉力的零阶量与基于脉形的一阶小量,构成对人体健康态的多层次辨析。人体量子模型指导下的脉象信息学将实现对人体平衡态的个性化刻画,根据其偏离度来精准评估其健康态,从而真正实现传统中医的“知常达变”。