Modern quantum theories and experimental achievements motivate new exploration of acupuncture in traditional Chinese medicine

Abstract

Traditional Chinese medicine (TCM), a theoretical medical system founded about three thousand years ago, originated from the richness of Chinese culture with the support and development of ancient astronomy and philosophy. It has illuminated many mysteries of nature and the human body. This has not always been easy for the layperson to understand. In modern times, some of these processes have been gradually discovered or confirmed by frontier science. The experiments of quantum physics have shaken the fundamental concepts of conventional science, refuting criticism of Chinese culture and TCM theories. The new discoveries have triggered a new understanding of TCM theories. For example, the theory of quantum mechanics interfering with certain human functions helps explain a series of phenomena that were previously difficult to understand. The veil of many wonderful phenomena of Chinese culture and TCM acupuncture has not yet been fully pierced. For example, the body's energy system, the invisible qi, and the phenomenon of consciousness and subconscious function remain mysterious. However, quantum theory and numerous scientific experiments can lead to the explanations of difficult problems which were not understood in the past. For example, the nature of the changes in yin and yang, and associated principles; the five-element principles; consciousness and sub-consciousness which might affect scientific experiments and treatment outcomes; the objective existence of qi and qi field; and the essence of the meridian system in the human body and the principles of acupuncture. This article explores the scientific principles of TCM and acupuncture. The unique characteristics of TCM and acupuncture position themselves as Eastern cultural treasures. The authors endeavor to strengthen readers’ confidence in theoretical TCM and believe that it is a major step in integrating TCM acupuncture into modern science and medicine.