Detection of endogenous electromagnetic field of the human body

Abstract

Studies have shown that human body emits their own signal radiation, which emit their frequency radiations into space surround the body. In this paper, an investigation of body radiation wave detector is performed to measure the frequency of human radiation wave. At first, the performance of body radiation wave detector is calibrated by considering two parameters; measurement distance and antenna length. The appropriate distance and length used for measurement is concluded and the accuracy for detection is determined. It is found that the detector has less than 1% of vagueness and it measurement characteristic is validated using a spectrum analyzer. Then, the human radiation wave of endogenous electromagnetic fields is examined on seven points of the human body which the results shows that each points has their own frequency that correspond to the unique attribute of human being.