Nexus - 0218 - New Times Magazine-pages

Page Content (OCR)

THE HEALING EFFECTS OF MAGNETS DEFINITIONS USED IN THIS ARTICLE Negative Magnetic Pole Field = Magnetic pole field identified as negative by a magnetometer. | Identified as the magnetic pole to which a north-seeking compass needle points, Positive Magnetic Pole Field = Magnetic pole field identified as positive by a magnetometer. Identified as the magnetic pole to which a south-seeking compass needle points. Electromagnetic Energy Field = The electromagnetic energy field formed at the negative and positive poles of a direct current. Magneto-Electric Energy Field = The magneto-electric field formed at the negative and positive poles of a static field magnet. | On the use of electromagnetic pole identification applied to static magnetic pole fields: for the convenience of parallel biological responses to ionisation, electric poles and static magnetic fields and also to avoid 'semantic confusion'' | have chosen to use the terms positive and negative magnetic fields. By William H. Philpott, M.D. Chairman, Bio-Electro-Magnetics Institute 17171 SE 29th Street Choctaw, OK 73020, USA For hundreds of years observations have been made about the therapeutic effects of magnets. Even the FDA has moved to classify the application of static magnetic fields to human diagnosis and therapy as "not essentially harmful". Part 1 es of application of static magnetic fields to human ills. In recent years, there has been a worldwide increasing application of medical magnetic therapy. Magnetic Resonance Imagery (MRI) has led the way in solidly introducing magnetic resonance into acceptable scientific medicine. MRI, with its necessary studies on toxicity prior to marketing, has led the USA FDA to classify the application of static magnetic fields to human diagnosis and therapy as "not essentially harmful".? This has cleared the way for research in medical magnetics to proceed without the necessity of further toxicity studies. BEMI (Bio-Electro-Magnetics Institute) has set up an IRB (Institutional Review Board) which qualifies for FDA approval in all states of the USA for acceptable ethical data gathering research in preparation for definitive publication in peer review scientific literature. This project is as big as both health and illness since the human body functions as an electromagnetic organism. In this article, a select few valuable clinically observed areas needing definitive statistical research verification will be highlighted. The goal of this Magnetic Resonance Therapeutic Research Project (MRTRP) is a firm establishment of magnetic resonance therapy in clinical medicine. The publication of appropriate results will make magnetic therapy acceptable in clinical medical practice and even popular as a self-help treatment and also for health maintenance. The vector potential Aharomov-Bohm effect’ demonstrated that a static magnetic field from a solid-state magnet moves electrons in the magnetic field. Thus, clectromotive energy is produced by the effect of a static magnetic field moving electrons. Thus, there is established the fact of an energy parallel between the electron movement and the posi- tive and negative poles of a DC circuit and also in the positive and negative poles of a sta- tic magnetic field. This Aharomov-Bohm effect has been confirmed.‘ Unfortunately, there are some physicists who have not updated their information and still assume that a static magnetic field is not an energy field. r hundreds of years, anecdotal clinical observations have been made about the val- K we LAWS GOVERNING STATIC MAGNETIC FIELD ENERGY A simultaneous exposure of both magnetic fields of limited exposure will evoke an anti-stress response due to the physiological reflex response of counterirritation. The counterirritation or biofeedback response effect is usually not effective after ubout eight weeks of daily or nightly exposure.’ Separating exposure to the separate magnetic poles with exposure to a positive magnetic ficld behaves the same as to the simultancous expo- sure to both positive and negative poles if of limited exposure. Separation of the poles produces a detectable stress effect for the positive magneto-electric energy pole and anti- stress effect for the negative magneto-clectric energy pole when the exposure was suffi- Reprinted with permission from MAGNETS IN YOUR FUTURE Vol. 7, No.4 - April 1993 PO Box 250, Ash Flat, Arkansas 72513, USA Phone: (501) 856 3877 Fax: (501) 856 3590 46*NEXUS FEBRUARY - MARCH 1994