There are about 160 laboratories around the world where fields from various parts of the body are measured. Each successive layer emits a finer and higher frequency of vibration than the previous body that it surrounds and interpenetrates.

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Human body magnetic field measurement. Magnetic their characteristics frequency magnitude orientation etc and the size shape and electrical properties of the exposed body human animal. The first valid measurement was actually made in 1963 but the field of research began to expand only after a low noise technique was developed in 1970. It interpenetrates the human physical body. The biomagnetic fields of the body though extremely tiny have been measured with techniques including magnetoencephalography meg and magnetocardiography mcg. A biological body signifi cantly perturbs an external electric field and the exposure also results in an electric charge on the body surface. The meg shows complementary information to the electroencephalogram eeg and is producing valuable new information about the normal human brain.
Measurement of magnetic field produced from the human body abstract. The type of the exposure field electric vs. Most measure the magnetic field from the brain called the magnetoencephalogram or meg. As all electricity does this activity also creates a magnetic field. These techniques measure the magnetic fields produced by the electrical activity in the body. The present scientific definition took form in the 1970s when an increasing number of researchers began to measure the magnetic fields produced by the human body.
Additionally measurements of the electric or magnetic fields or both directly from the human body especially from the acupuncture points have also been developed. The human electromagnetic field is that part of the universal energy field that is associated with the human body. Besides the veritable energies of the biofield discussed thus far the human biofield may also consist of other putative energies as well more subtle than the energy fields presently known in physics. This article describes the present status of research on biomagnetism an interdisciplinary field of research involving biology engineering medicine physics psychology and other areas.