Nonlinear (NLS) medicine is based on new physics of quantum-entropic interactions - quantum-entropic logic theory

These are the main postulates of this theory:

The fact that information is a material category is acknowledged. Previously existing physical theories describing information interaction in environment (information theory of Claude Shannon, cybernetics of Norbert Wiener) regarded information as some mathematical abstraction, they described basic laws of information exchange, but did not reveal its physical essence. These theories did not explain interaction of principal categories of matter - mass, energy and information, also they did not explain appearance of basic information during process of scientific cognition.

Quantum-entropic logic theory is the first theory revealing physical essence of information interaction and describing interaction of mass, energy and information.

 

Quantum-entropic logic theory postulates:

  • Information is a material category, just like energy and mass of a system.
  • Due to the fact that information is material it follows the conservation law. Information cannot disappear without a trace or appear from nowhere. Total amount of information in a closed system (a system, which does not exchange mass, energy and information with environment) - is a constant value. We know that energy of a system may be expressed through mass of the system (Einstein's formula).

 E = mc2

(where c is speed of light in vacuum).

 

Until now there were no equation to reflect interaction of information (I) and energy (E) of a system, and therefore mass (m) of a system.

For the first time Quantum-entropic logic theory offered an equation describing interaction of information and energy of a system.

I = E / √ h

(where h is Planck constant or quantum of action).

 

Thus it was postulated that information, like energy, is described by quantum equations. Also it says that there is a physical field of information and physical particles able to carry information.

Conclusions of Quantum-entropic logic theory are the following:

  • Any material object of biological or non-biological nature increases its level of structural organization when it absorbs information from environment, i.e. it becomes more complex and stable.
  • Any material object of biological or non-biological nature decreases its level of structural organization when it loses information, thus it becomes less stable and more disorganized. For biological object loss of structural organization (information) means worsening of adaptive behavior, development of diseases and, finally, death of an organism.
  • There is always information noise around any destructing object which that loses information. The more intense destruction of biological object is, the more acute course of disease is registered and the higher level of information noise around that object. Therefore if we measure level of information noise around biological object we will be able to judge about degree of destruction speed in this object; and if we measure frequency properties of noise background we will learn what tissues in an organism were destructed and changed more than others, because every tissue in a living organism has its specific radiated spectrum different from the others.

Spectrums of information emission of biological tissues

It is known that there are several mechanisms of organism's homeostasis (internal environment) control.

  • The first is mechanism of humoral (biochemical) control of homeostasis. This mechanism is studied in every detail by modern medicine (it consists of biologically active substances - enzymes and hormones releasing into blood). This is a slow process which may take hours or days. Quick physiological processes cannot be regulated by this mechanism.
  • The next mechanism is nerve regulation. This is a relatively quick method of regulation, but there are certain cells in an organism (red blood cells, white blood cells) which cannot be innervated and at the same time respond to influence immediately, therefore both nerve and humoral mechanisms or regulation are ruled out. Thus there should be the third principal mechanism of homeostasis control. This mechanism was called wave method of homeostasis regulation.

 

Each cell or tissue in an organism may be regarded as receiving-transmitting radio station. Signal of biological regulation used in information exchange in biological systems has complex structure. If we take receiving-transmitting radio station as an example we will have one carrier frequency of highfrequency spectrum which is modulated by lowfrequency component that carries sound or picture (television). We see the same principle in biological systems, but not with two levels of modulation only like in technical devices; biosystems have dozens and hundreds of such levels. Each high-frequency component is modulated by a component with lower frequency; this principle goes down to very low frequencies (within several hertz). The same laws are valid technical devices also - high-frequency component of a signal is its energy component and is responsible for signal passage, low-frequency components carry information itself. That is why we should study information noise signal in extremely low frequency range (from l.8 to 8.2 Hz in 9 standard values) to get more information.

Each biological tissue is represented within whole range of these frequencies, but in certain point of this range amplitude of a signal, typical for a certain tissue, exceeds all other frequency components. This frequency is called self-frequency of a tissue.

The law is the following: the higher structural organization of tissue is, the higher its self-frequency. For example, bone tissue has self-frequency of 1.8 Hz, brain cortex - 8.2 Hz.

Physical carriers of information interactions in biological structures

There are lots of data about information field nowadays. Experiments carried out in a number of physical laboratories showed that these fields are not of electromagnetic nature, they are of some other physical nature. A nature quite material but not yet studied well enough by modern science. Information interactions in biological objects are carried out by means of such fields.

The Institute of Practical Psychophysics in cooperation with International institute of theoretical and applied physics of RANS and Clinic Tech Inc. (Austin, USA) has completed a series of scientific studies which proven that information interactions in biological objects are carried out by means of certain physical fields, named torsion fields afterwards. Therefore information (entropic) and torsion fields are identical concepts in many respects.

What is the physical essence of torsion fields? As we know a great number of elementary particles have mass. Mass generates gravitational field. A number of particles have charge. Charge generates electric field. Besides all particles have certain energy.

There are particles which have energy, but do not have rest mass (for example: photon - quantum of light). These particles carry energy interactions. But all elementary particles, regardless of having mass or energy only, have one common quantum-mechanical parameter: spin. Spin of a particle may be left-hand or right-hand.

Information interaction both in animate and inanimate nature is the interaction of elementary particles spins; any elementary particle has spin, so information or torsion field is always a component of any physical field (electric, magnetic, strong or weak nuclear interactions).

spin

Particle spin

Recently existence of particles which have neither mass nor charge and energy which is close to zero was foretold. These particles have only one parameter - spin. It is hard to conceive them as physical particles, easier to visualize them as vacuum vortexes. These virtual particles may carry information along with other elementary particles (electron, bozon, photon, gluon and so on). Information emission has a great penetration power. Neither Faraday's chamber nor lead shield can hold this emission; even terrestial globe holds only one hundred-millionth of hundred - millionth of these particle flux.

Physical aspects of information interactions in biological objects

As we said earlier elementary particles have 2 values of spin. Therefore torsion fields are divided into 2 types: right-hand polarized torsion (information) field and left-hand polarized torsion (entropic) field.

Influence of right-hand polarized torsion (information) field to any physical object, including biological ones, improves level of its structural organization thanks to information saturation. Effect of left- hand polarized torsion (entropic) field is related to worsening of structural organization of any material object due to loss of information. Therefore right hand polarized torsion field is the universal protector of all physical objects and vice versa left hand polarized torsion field is the universal destructor of all material objects.

But why these fields influence differently to all material objects including biological ones? The thing is that our Universe is characterized by global asymmetrical distribution of material particles. In our world negatively charged electrons prevail over positively charged positrons and positively charged protons prevail over negatively charged hadrons, which results in significant prevalence of matter aver anti-matter in our Universe. Also great prevalence of left-hand polarized particles over right-hand polarized particles is noted in the Universe. Information exchange, expressed in amount of information transferred from one system to another, may be relatively efficient only with more or less equal ratio of left hand and right-hand polarized virtual particles. It appears from this that the more right-hand polarized particles in a system are, the more information it can contain. Thus information capacity of any system is directly related to increasing gradient of right-hand polarized torsion field in relation to left-hand polarized field. Crude analogy: right-hand polarized virtual particles may be compared with letters of an alphabet, left-hand polarized virtual particles - with spaces between letters. The more letters in our message are the more information-rich data we will transmit.

We cannot register torsion fields directly due to their great penetration power. We can judge about effect of torsion fields to a biological system by indirect signs. We already said that torsion field is a component of magnetic field. Torsion field, as we know, has 2 types of polarization - left-hand and right-hand; magnetic field also has 2 poles - north and south. In accordance with laws of physics left-hand polarized torsion field will be generated around north magnetic pole. At the same time right-hand polarized torsion field will be generated around south magnetic pole. Permanent magnet always has two poles - north and south: where north magnetic pole is universal destructor - when it influences a system it will lose information; and south magnetic pole, which in its turn will be the universal protector - accumulating information in a system. Therefore all information processes influenced by permanent magnetic field in biological systems will have only one direction - from N pole to S pole.

blackbox

Any biological system (cells or tissues of an organism) may be regarded as cybernetic device or black box. In accordance with cybernetics laws system will function if two signals are present: input and output. At the same time we can be unaware about character of processes inside the system. In order to evaluate condition of the system we should evaluate input and output signals of the system.

In accordance with quantum-entropic logic input signal of a system (related to receiving of information) may be correlated with effect of south magnetic pole; output signal of a system (related to loss of information) - with effect of north magnetic pole. Thus S-magnetic signal (input signal) will characterize effect of higher regulating mechanisms in relation to biological system, N - magnetic signal will characterize response of a system to regulating influence. If a system is integral, level of noise in the system is close to zero, so in this case input and output signal will be relatively similar. If a system is in the stage of destruction, we will see a gap between input and output signals, it is called dissociation of a signal. The higher dissociation is the higher level of information background noise around destroyed system and the higher speed and wider extent of system destruction. Therefore one can judge about speed and extent of destruction by value of information background noise, which is manifested by dissociation of input and output signals.

Frequency analysis of dissociation in graph spectrums allows us to understand what tissues are being destructed faster and extensively.

Structure of NLS-diagnostic devices

1. One of the main elements in the NLS device structure is N and S magnetic inductors.

As we know brain consists of two hemispheres. Left one - logic - in overwhelming majority homo sapiens representatives dominates over right hemisphere. If in some individuals right hemisphere prevails then, as a rule, these people are creative persons with great intuition. Internal organs control is carried out via medulla oblongata, hypothalamus and right hemisphere. Logic evaluation of internal functions regulation is blocked on a level of inter hemispheric interactions and does not reach logic comprehension and interpretation.

We know that N-magnetic pole is the universal destructor for all biological objects and level of spectrum emission of left and right brain hemispheres are different in their frequency characteristics.

Left brain hemisphere is characterized by high amplitude alpha-rhythm (wakeful state) and beta-rhythm (during sleep). Right hemisphere is characterized by low-voltage theta-rhythm. If we influence left hemisphere with N-magnetic inductor with resonance frequency of left hemisphere we will be able to suppress dominance of left hemisphere which normally slows down activity of right hemisphere. At the same time along with suppressing of left hemisphere functions by N-magnetic inductor we can activate right hemisphere by S-magnetic inductor on its own resonance frequency. Moreover using S-magnetic inductor we can activate separate areas of right hemisphere, which are responsible for connection with internal organs (heart, stomach, kidneys, intestine, liver). By the same way we can activate channels of internal organs regulation by structures of medulla oblongata, hypothalamus and spinal marrow.

 

2. Trigger sensor

Devices of NLS 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. Oscillator diode 2 G40 1 V 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.

sensor

trigger sensor with cadistor
 
3. Cadistor

To improve patient's intuitive ability to make trigger sensor register information background noise from biological objects, intuition improving device is designed - it is called "cadistor".

It consists of carbonic monocrystal which acts as an optoelectronic element when it is influenced by electric discharge. When dielectric breakdown (adamantine lens) happens sharp short circuit is formed in the crystal and strong information noise is generated (due to destruction of carbonic crystal). Repeating of this process with resonance frequency of researched organ activates channel of its regulation which leads to increasing of intuitive influence of a patient to trigger sensor.

 
4. Generator

The NLS systems have generators of 860 MHz, l.4 GHz, 4.9 GHz frequency. Recently it started to manufacture high-frequency stationary HSS with frequency of 40 GHz. The higher frequency of generated field is the higher resolution of HSS. HSS with 4.9 GHz generation frequency has 5-10 microns resolution, but HSS with 4- GHz generation frequency has resolution of 100 A (angstrom), which allows to evaluate ultrastructure of cell, chromosome, DNA molecule and fulfill wave correction of genome.

wave

Frequency-resonance spectrum of biological tissue

Why high frequency of HSS means its higher resolution capability? Each organ in an organism is a wave oscillator with its own specific frequency. There are few large oscillators in an organism - brain, liver and other organs. Maximum wave amplitudes of these oscillators, when they overlaid, form unique structure - energy-information frame of human organism.

When energy-information frame is projected to human body it gives a picture of geometrical grid. For the first time this grid was described by ancient Chinese medics - it is Jing-luo meridian system projection to a skin. Intersection points of wave maximum amplitudes from various biological sources (grid points) are called acupuncture (biologically active) points. Acupuncture points exist not only on a surface of human body but inside (and on the surface) of every organ

Laws of physics state: the higher generation frequency is the lesser wave length. Therefore if we increase generation frequency we will decrease proportionally size of every cell in energy-information frame of human organism. We can evaluate condition of every specific point on an organ relying on characteristics of biologically active points only, which have strictly individual wave characteristics (frequency, porosity, signal amplitude and wave length) - by maximum topological approach of researched point to biologically active point, which becomes lesser with decreasing of grid cell. Thus we see that the higher frequency of generator is - the higher resolution capability of a device.

As opposed to Folle's method, when evaluation is carried out by contact of electronic rod with skin, NLS-diagnostics measures biologically active points in contact-free way by means of signal of biopoint amplifying and reading of results inductively.