Human body is an aggregate of numerous cells, which continuously grow develop, split, regenerate and die. By splitting up, cells renew themselves. For adult people, about 25 million cells are splitting up every second and blood cells are constantly renewing at a rate of about 100 million per minute. In the process of cellular split-up and renewal, the charged bodies of nucleus and extranuclear electrons as the basis unit of a cell are moving and changing ceaselessly at a high speed as well, emitting electromagnetic waves without interruption. The signals of electromagnetic waves emitted by human bodies represent the specific condition of human body and therefore, different signals of electromagnetic waves will be emitted by the conditions of good health, sub-health, diseases, etc. The conditions of life can be analyzed if such specific electromagnetic wave signals can be analyzed. Sensitive instruments have been developed that can detect the minute energy fields around the human body. Of particular importance is the SQUID magnetometer which is capable of detecting tiny biomagnetic fields associated with physiological activities in the body. SQUID is an acronym for Superconducting Quantum Interference Device. The quantum resonance magnetic analyzer is a new instrument to analyze such phenomenon. The weak magnetic frequency and energy of human body are collected by holding the sensor, and after amplification by the instrument and treatment by the built-in micro-processor, the data are compared with the standard quantum resonant spectrum of diseases, nutrition and other indicators incorporated in the instrument to judge whether the sample waveforms are irregular using the Fourier approach.
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