Physiospect gives no side-effects, and has many important advantages compared to traditional diagnostic methods. One of the most important advantages is that one finds out if an organ is weak and has reduced function, even if there is no other indication of disease. No other concept can find problems and weaknesses as easy and as early in the disease progression cycle.
How do biological systems recognize and isolate the necessary information from the background noise and in what manner do intracellular communications take place?
The research on energy fields around plants and animals has concluded that there exists an extremely weak low frequency vortex magnetic field around biological systems.
People have known from long time back these phenomena found in the Yajur - Veda and traditional Chinese medicine.
The principles of the Theory of quantum entropy logic give justification to claim that a biological organ with pathology have an unstable (meta stable) state and Physiospect functions according to the principle of amplification of the initiating signal with the disintegration of meta stable systems involved.
The Physiospect is a system of electronic oscillators resonating at the wavelength of electromagnetic radiation, whose energy is equivalent to the energy breaking down the dominant bonds that maintain the structural organization of the organism under investigation. The magnetic field of the molecular currents, affected by external fields, lose their initial orientation, which causes misalignment of the spin structures of de localized electrons of admixture center of cortex neurons; that, in turn, gives rise to their unstable meta stable state whose disintegration acts as an amplifier of the signal. Physiospect produce a preset bio electrical activity of brain neurons. With this it becomes possible to selectively amplify signals hardly detectable in the back ground noise and to isolate and decode the information they contain.
Physiospect detect the origin of this radiation, decodes and displays it in colours on the computer screen where a graphic model of the organ is shown. Following the rules of quantum chromo kinetics, we represent entropy values of any organ as spectrum colours that will change from light yellow (minimum entropy values), through orange to red and purple, nearly Black (maximum entropy values).