Pulse diagnostics of the Tibetan medical tradition: the experience of objectification of the basic principles of pulse diagnostics using a pulse diagnostic device.

The study shows the experience of objectification of the basic characteristics of pulse waves in the diagnosis of the pulse of the Tibetan medical tradition. An experienced doctor – specialist in Tibetan pulse diagnostics can assess the functioning of the body (twelve internal organs and three psychophysiological systems) by feeling the pulse at six palpation points on the radial arteries of both wrists of the patient. The purpose of the study is to "teach" a pulse diagnostic device to recognize the diagnostically relevant characteristics of pulse waves. This study is an attempt to objectify the basics of pulse diagnostics. Although pulse diagnostics has always been a subjective art of a talented doctor, its basic knowledge can become part of an objective science, since it is based on real physical phenomena. Method. The article presents a method for measuring the pulse with a pulse diagnostic device in conditions that create certain predictable reactions of the body to an external stimulus, contributing to the calming of the rlung (wind) system in this case. A group of volunteers took part in the experiment. Conclusion. Such experiments provide material for the analysis of pulse waves obtained under specially created conditions, which contributes to the development of software for a pulse diagnostic device and confirms that the objectification of the basic provisions of pulse diagnostics of Tibetan medicine is possible, albeit to a limited extent. Similar studies based on the material of the Tibetan medical tradition have not been conducted anywhere else. The work consists of three parts: the first part is an extensive introduction, which provides information about Buddhist medicine and pulse diagnostics, without which it is difficult to understand the essence of the experiments conducted; the second part is devoted to the actual experimental measurements of the pulse using a pulse diagnostic device; the third part is the conclusion and conclusions drawn from the experiments conducted.