ESTIMATION OF RELATIVISTIC BLOOD PRESSURE IN HUMAN PHYSIOLOGICAL SYSTEM

In this paper, it has been shown that how blood pressure can be affected by Einsteins theory of relativity. We already know that relativity has immense application staring from space science to theoretical physics and quantum mechanics, but its effect has not been studied in biological setup or in human physiological system. In this mathematical physiology paper, it has been shown that how blood pressure can undergo changes in the moving frame of references and with the help of theory of relativity a mathematical expression for relativistic blood pressure has been designed which can easily measure or reect the relativistic blood pressure in human physiological system which is mainly affected by the velocity of blood (VB) and velocity of the car (Vc) where the subject is sitting. This paper can open up new horizon and can emphasize on the matter that even in physiological sciences, relativity theory can play important role in measurement of relativistic blood pressure under the platform of cardiovascular physiology and haemodynamic.