AUTOWAVE RESONANCE WEAPON

Distant excitonic effect: to the possibility of distant control of cycles in biological systems

    How to control objects if they are not beside, but are located in the distance from you?
    How to control objects, which can not be affected immediately?
    Finally, how to control objects if they are unknown yet and one should reveal them?

We have found the answers to the above questions:

DISTANT EXCITONIC RESONANCE (DER).

DER gives an opportunity to interfere (without the immediate contact, distantly) in conscious activity of an individual or a group of people and to CONTROL them. One may also purposefully form neurodynamics of human society for it to form in its development the spatial structures desired by us (by high-hume YIC technology specialists) or to have temporary conduct desired (by YIC specialists)!

Cyclicity of processes in animate nature, in the open structures is being realized, in particular, through the dissipative structures - autowaves.

Energetically active two-level media with restorable energy content the excitable tissues of organism belong to are comparable from the viewpoint of biophysics to the distributed chemical oscillatory systems (Belousov reactions). Cyclical transition from excitation (with energy consumption) through adiaphoria (time for energy recovery) to the state of readiness for the next excitation is being carried out in both instances. Connection between the elements of medium stipulates such transition with formation of self-sustained dissipative structures, which got the name of autowaves.

Study of excitation waves propagation in myocardium, experiments with Belousov-Zhabotinsky reaction have established the periodicity of occurrence of local sources of waves, generating the waves of circular, spiral or granular structures, and practical possibilities of autowave concept application have been set.

Study of excitation waves propagation in myocardium, experiments with Belousov-Zhabotinsky reaction have established the periodicity of occurrence of local sources of waves, generating the waves of circular, spiral or granular structures, and practical possibilities of autowave concept application have been set.

Soliton-like effects have been obtained in nervous fibres, in the fibres of conductive cardiac system, on the models of excitable media. Secondary waves, which are under the excitation threshold, form the reflected wave at collision of two annihilating autowaves due to high excitability of medium. Reciprocal changes (convexities of wave front are replaced by concavities) take place in the structure of reflected wave. But in highly excitable media, which keep the memory about the original subthreshold excitement, reflections, annihilations and self-oscillations are preserved, and the transitions between them are attached to certain points of parametrical space.

It was proved that changes of diffusion coefficient lead to appearance of various autowave structures, «rerun» (appearance of pulses in autowave damping point) is possible, dissipative pulsar (coexistence of stationary structure with sources of traveling pulses) is opened.

Difficulties in modeling of fractal structures, appearing from autowaves with the help of differential diffusive equations, are connected with the rapidity of space-time scale. If an autowave is formed in a rapid time scale, then active medium reconstruction takes place in a slow time scale. These are the two equations of space-time scales. They use time scaling method (hierarchical set of time scales), spatial method (spatial heterogeneity) or their combination to describe fractalization.

Inevitability of natural processes allowed 1977 Nobel prize-winner Prigozhyn I.R. to consider time not as a monotonously growing parameter, but as an operator, changing the properties of the environment.

Self-sustainability of autowave structures in open system undoubtedly depends on energy inflow, which levels and ways of supply are stipulated by a number of biophysical-chemical intracellular and intercellular processes. Start of autowave reaction (trigger) also needs an external energy. Therefore, there is a real opportunity to use CONTROLLING EFFECTS by excitonic electromagnetic, acoustic fields and radiations for achievement of anticipated result!

Scientists-synergetics have established the effect of spatial modulation of low-intensity extremely high-frequency electromagnetic radiation by biological objects, testifying to the provisions, underlying the Distant Excitonic Resonance!

ARW YIC XXIX distant neuro- encoder
Price: $40 000

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