Bi-digital o-ring test and microwaves. Microwave circulation and resonance: an explanation for organ representation at extremities, acupuncture meridians and points, microwave treatments.

Ukranian and Russian scientists showed that the resultant of all electro-magnetic activities in our atoms, molecules, cells and organs is a small number of coherent (in faze like a laser) mm microwaves circulating permanent in the body along non-material pathways known since centuries as acupuncture meridians.

At the extremities the microwave channels reflect. Direct and reflected waves interfere and generate a hologram, a micro-representation of the body.

These mm waves carry all the available information and working like an internet network ensure electro-magnetic communication between all the cells of the body.

All substances, tissues, organs have specific electro-magnetic patterns in the microwave range and can induce resonance phenomena in our body network, even under the form of microscopic slides.

When resonance occurs our autonomous nervous system transduces the uptake

- with a transient muscular reaction ( + or - )

- Bi-Digital O-Ring Test (initially developed by Prof. Omura Y.)

- Lecher antenna reaction

- with a transient vascular reaction

- pulse of Nogier

- skin impedance

- with tiny sensitive feelings

In this approach disease can be seen as an impairment of communication in our internet system. Treatment given under the form of appropriate microwaves at very low intensities (MRT, Qi-Gong) will restore a normal circulation and a better health.

The results of MRT (Microwave Resonance Therapy) are astonishing, and all techniques using microwave resonance are certainly part of the medicine of the next century.

We are waiting for a tremendous development of technological devices for screening, recording and emission of very low intensity microwave in the mm range. At the same time leading people must become aware of the necessity to prohibit or limit drastically the abuse of these waves with our environments.