For the first time distant effect of interaction between objects of animate and inanimate nature, in other words transfer of information impulses from a human to a device, was registered in experiments carried out by Valery Kravkov in the 20’ of the last century. Reactions of various semiconductor structures to human influence were studied under guidance of Professor Vyacheslav Togatov. It was proven by experiments that human brain can influence a sensor of a device without any wires.
Devices of “Metatron” class can evaluate level of information background noise around destructed biological objects. Trigger sensor is a device that registers information background noise from biological objects. Trigger sensor is a broadband noise generator. Special oscillator diode is used as noise generator.
Noise generator, after it adjusts to resonance frequency of biological object, allows to get frequency-resonance characteristics of noise from researched object in standard range of frequencies. Received signal may be sent to oscillator or computer for further frequency spectral analysis.
Creators of the system used remote biological feedback to receive brain activity signals and transformation of this information into pulse sequence by means of trigger sensor.
Another element of the system – cadistor is designed to work with a patient directly to amplify effect of a trigger sensor. It consists of semiconductor carbonic monocrystal which acts as an optoelectronic element when it is influenced by a laser.
When laser emission targets a cadistor, a temporary short circuit happens in a semiconductor and at the same time a cetain amount of energy is released. Repeating of this process with high frequency causes periodic accumulation and release of energy. It was found that preferable laser wavelength is 630 – 680 nanometers.
Activation of periodic illumination of a cadistor by laser emission results in periodic release of energy which results in increasing of intuition potential of a patient.
In the described situation both electromagnetic and torsion component of laser emission are targeted to a patient. To shield electromagnetic component microwave resonator is used; it prevents penetration of the electromagnetic component and at the same time shapes and directs torsion component as the only irritator to affect a patient.
One of the main elements in
Metatron Hunter is N and S magnetic inductors, which activate certain areas of brain cortex.
