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AIRES Human Genome Research Foundation presents


Resonance Bio-Correction (RBC) is a method of corrective influence that is to some extent contemplated in any orthodox therapy. All mainstream medicine (except surgery) is built upon the desire to balance an organism's specific sections or systems, normalize the endocrine profile, bring the CNS into an equilibrium state and thus arrest spontaneous impulses that disturb the balance of the dependent sections; everything comes down to one thing – systematization, synchronization, balance, orderliness and coordination.

RBC is a technology of programming informational interconnections that define the spiral-helix fundamental base of a hypercluster biological community known as an «organism». This process can constructively influence the functional categories that fundamentally control biological objects' vital activity.

The functional program basis of the RBC technology is meditative virtual programming (MVP) and implantation of the software in the form of the «point of absolute assembly» that automatically unfolds into a three-dimensional multi-tier hypersphere. This process is connected with spatial simulation of three-dimensional structurally arranged holograms (control fields) coordinating counter-exchange life support processes. The quality of the implementation of such program-corrective model is very efficient. As of today, it is the only technology providing the best balanced scheme of counter-exchange informational interconnections at all life support levels of the organism's hypercluster biosystem.

The main task of RBC comes down to directive stabilization due to space-time coordination of every single process occurring in a biological object. Any out-of-balance manifestations of the dynamics of the structural exchange interactions seriously interfere with the final integration of different segments of the general life support pattern of the human spiral-helix hypercluster system.

The technological model under consideration is a special form of an operator's theoretical orientation. Naturally, the operating principle in all aspects of programming the coordinating process should be fully intentional and utilized by means of the individual's creative fulfillment in the surrounding space.

Everybody knows that there are many different active centers on the surface of the human body. As we go deeper in a bioform, the number of similar «points» connected into a united multi-tier system increases on a scale and forms a corresponding multi-level architecture that reflects the given pattern of information-exchange interconnections of the biological object under examination.

As it nears the basic DNA molecule carrying the software, this «commutative» structure solidifies extremely, and possibilities for any sort of spontaneous deviations of transmitted signals become minimal because there is virtually no «vacuums» that allow for manifestations of frequency-wave modifications different from the current genotype's unfolding parameters.

Activation of any area on the surface of the body causes matching responses of the organism in the form of specific sensations; therefore, the pulse irritates the receptors of the peripheral nervous system. In turn, no «signal» in such test means that there is a corresponding pathology. A biological organism functions as an information-exchange system consisting of a multitude of active links, each of which uses its own resonance to respond to one test signal or another.

From the point of view of reflexotherapy, such points, which are projections of internal organs to the periphery, can be used to implement corrective information and thus exert a purposeful influence on certain sections or systems. The RBC method entails bringing of a biological form's set of active centers with the fullest scope into a coordinated resonant state determined by a rigorous space-time schematization, without using the organism's peripheral channel structure characterized by a multi-level spiral-helix dependence.

Any disturbances in the unfolding of the genetic base lead to multiple discrepancies of the basic parameters of the communication network; as a result its active links do not agree with the resonance specified by the dominant wave parameter and thus perceive and generate conceptual impulses different from the characteristics initially programmed by the genotype. Consequently, the relevant biological centers no longer «recognize each other», lose contact with their functional base that carries the control information necessary for the organism's vital activity.

The multi-level communication system forms the so-called «transmission mechanism» made of a tremendous number of active points, i.e. phase centers. An intersection of at least two such «commutative vectors» determines the origin of a two-dimensional phase center, three vectors produce a three-dimensional one, and a multitude of vectors gives a universally three-dimensional phase center.

Thus, being a phase center, any point of mutual fixation of identical channels broadcasts various informational pulses. But as soon as such a unit loses part of its interconnections, it stops acting as a universal adaptor responsible for unconditional control over its own derivative interactions. As a result, there appear all sorts of discrepancies related to the nonfunctional redistribution of information load and «dilution» or the system-wide resonance, i.e. the response to a strictly oriented pulse intended by the genotype. Consequently, there appear greater discrepancies in the existing three-dimensional interconnections, and hence loss of capacity for plain out suitable contact with the habitat, i.e. the general form of a biological organism, whose sub-form (part) is any of its cells or organs. A possibility of comprehensive resonance, i.e. location of a certain number of active points in the whole structural complex, ensures existence in an unfolded form corresponding to the genotype, a stable communication structure of the electromagnetic field that manages functional equilibrium.

The control field is an absolutely specific multi-dimensional pulse of electromagnetic nature that exists in a stable state due to system-wide resonance of the information units that make up that pulse. Such a model should have points of rigid fixation of its own wave momentums which carry the main conceptual orientation – space-time amplitude-frequency agreement of electromagnetic superpositions (radiations) of the bioform's subjects. Thus, the more intersection points between mutually coordinated commutative interconnections – the more specific, stable and functionally active the given structural form. As a result, any information-saturated signal interacting with the field structure under consideration triggers a consistent internal sub-resonance of its own active links and thus causes a reaction of space-time amplitude-frequency conversion.

All structure-dependent vectors of counter-interactions need to be synchronously «enabled» as a single conceptual model. It is the only way to create a high-coherence system-wide resonant circuit, where many centers that comprise it consistently generate mutually adequate informational potentials; it determines high-quality exchange dynamics of the biological periphery of active consciousness and gives origin to such notion as «life».

It triggers a counter-reaction of similar information units that, due to mutual integration of their own pulses reflecting «personal» characteristics, enter a stable, functionally active state. The resonance effect underlies all and any systems transmitting, receiving and analyzing information. Not everybody today is familiar with the concept, its different effects are illustrated by examples from the school course of physics, as well as most advanced cutting-edge research in nanotechnology, macro- and microcosm, where internuclear resonance determines occurrence of specific sub-molecular interconnections. In other words, the principle of complex resonance underlies all and any forms of existence of the environment related to biological objects' vital activity and phenomena of what is conventionally called «inanimate» nature, which are, whenever possible, used to create various instruments and mechanisms.

To make any structural organization able to perceive, analyze and appropriately respond to a specific information signal, the following is necessary:

1) To have a certain amount of active points (receptors) involved in a strict system. If their number is below the acceptable value, the structure will not be able to function consistently. Moreover, this spatially unfolded model should have a graphically pronounced self-affine formulation whose main principle is a tendency toward absolute symmetry.

2) To create an instantaneous pulse of system activation because asynchronous «enabling» necessarily engenders destabilizing out-of-phase dynamic processes that prevent the structure of the control field from existing in an unfolded state.

If coherent conversion of intrinsic radiation of the hypercluster bioform's subjects occurred synchronously and fully covered the whole system, thus forming stable counter-exchange tendencies by causing a multiple inter-level resonance that generated additional pulse-response characteristics, with each fixing itself at its own tier and determining the color, sound, temperature, pressure, weight, density, etc., then one can speak about a materialized state of genetic information in the form of the multi-tier structure of biological object comprised of a great number of systematically operating protein units that in turn are points of fixation of the dominant program-oriented model.

Any biological form is alive (active) if its main information-saturated centers that «carry» the program-dependent model intended by the current genotype are in a state of appropriately comprehensive resonance, i.e. they generate and simultaneously perceive the corresponding wave potentials. When that system of exchange reactions «fades», life, i.e. ability to perceive, analyze and integrate specific information categories, ceases, which can be in some respect juxtaposed with such notions as «energy comes in», «energy runs out», although such interpretation is extremely flawed.

Energy is a purely peripheral concept related to disintegration of stable forms of the molecular or nuclear base. In a static state, it exists in the form of specific information-saturated systematized interconnections that have a sufficient level of stable neutrality.

As soon as a structurally configured information-exchange form intended by the genotype is fixed as a high-coherence program-corrective holographic matrix, the process of balancing of all derivatives synthesized by the object's biological form occurs automatically, with precise consideration of positions of the system hierarchy. That is, the peripheral sections have tendencies of their own that correspond to the surface exchange dynamics; the deeper a certain segment is fixed, the more specific and information-saturated its characteristics naturally are.

With «deepening» the wave function tends to zero, and the density of the information fixed on it tends to infinity, and vice versa. If this process is treated at a visual level in terms of the differentiation spectrogram of a stable integral unit, then one can note a consistent transfer from deep red and brown hues to purple and further to pink, off-lilac etc., i.e. the same hues but as though in a «different octave».

Nevertheless, the structural holograph does not look like a «colored picture», which is normally typical of peripheral dynamics, wherein the moment the spatially unfolded matrix of the Control Field integrated into the corrected object, a multitude of active manifestations occur on its biological periphery: from «sparks» flying on complex trajectories to wave-like colored clots etc. moving at different angles. However, inside the form, the program module is visible as a «crystal» static sphere with a very complex spatial design that can be viewed separately only by appropriately changing the orientation of perception, thus attention is focused on different levels of the pattern that determine the model of the structural organization, which on the whole is a multi-tier configuration like nested fractal-dependent structures.

A human being, like any other biological object, is a most complex multi-tier formulation of the third or fourth derivative of the current genotype's unfolded model, where the DNA matrix with its nucleotide pairs is already a spiralized modification of the structural lattice of the software. The main informational potential is focused inside the nucleotide formations at the level of its nuclear units like a «record» on their shells of the technological process of unfolding of this program-dependent system to a biological model, wherein the subsequent tiers of the general structural form determine individual characteristics of the formation of a specific organism that consists of not a single cell like in the beginning of biological life, but of 1015. This is a global unfolding: 1 - 1015!

No matter how powerful a pulse is configured, apart from the one that instantly defines the necessary «trajectory» by means of resonance, i.e. a multitude of complementary conformance points between two scrupulously defined coordinates, its potential will inevitably stratify in the process of result synthesis and lose orientation. This phenomenon is explicable, it occurs due to generation of natural spiralization of infinitely growing projective analogs.

The information load indicator of the DNA matrix is the most concise conventional term, where each meaning implies a certain wave dominant with certain parameters, such as pressure, mass, density, temperature etc. Put together as a single form, the model makes up a spectrogram that can be expressed by its own holographic structure and a specific numerical code.

Synthesis of a biological organism originates in a conventional «zero point» that marks the entrance of the central genetic link to a phase of the relevant state that determines synchronous activation of intrastructural program units and causes the membrane cells to open, through which the carrier gets access to information triggering the chain reaction of fission. As soon as that linear-chain mechanism, which can only simulate spiral-helix structures, is launched, individual development starts with consideration of the law of construction that is controlled by the existing basic matrix determined by the current genotype, i.e. there occurs an unfolding of the initial code formula containing specific prerequisites. The further from the initial stage – the «zero point» – this system, which is limited by the maximum radius of the peripheral shell, expands, the wider discrepancies it generates due to absolutely conditioned discrepancy factors.

All subnuclear particles making up stable categories are globally neutral. With «deepening», the amount of information fixed in them increases with a coefficient progressing with a strict regularity. At the level of nuclear shells, multi-tier complexes of subforms are fixed; they are mostly in absolute agreement with each other; if the agreement is lost, then due to the out-of-balance load one of the information links «snaps» and a tremendous amount of its «contents», which is now disintegrated as energy, rushes out in the environment. Naturally, there are restrictive frames of general resonance created by the nuclear unit, still, there occasionally occurs a certain vibration of micro-subforms. It triggers a cyclic pulse discharge of the available information to the periphery and creates surface polarization. Due to that process, there appear compositional analogs, i.e. atom nuclei begin to join together into system formations and thus determine the structural lattice of the molecular base. Those categories are the basis for interconnections that cause manifestation of the diversity of properties and forms of specific material compounds.

By damping one resonant circuit and activating another one, one can «switch» existing interconnections, naturally, with regard to specifics relevant for the conditions of this object. An attempt to dynamically move nuclei by «taking them out» from one place and «inserting» them in another at the level of submolecular form, which is a very dense body where constituent units are literally pressed into each other, is fundamentally absurd, under no circumstances is it constructive. The stage at hand contains no vacuums that would let a dynamic impulse be used. The existing configuration can be «reconstructed» only on the effect of resonance and thus correct the structural model, which is feasible only instantaneously. Whereas directive implementation of any dynamic tendency at this level will only provoke one thing — a discharge of the implant and appearance of many extremely unstable «isomers».

One can note three zoned levels immediately determining the quality state of biological periphery:

1 – the γ-zone, software – the first derivative of an individual's fundamental base characterizing the counter-interaction diagram of the functional base of life support. If it is unstable, a correction is required that systematizes all information founded thereon, thus meaning work behind the so-called «third barrier membrane» on corresponding nuclear shells of molecular compounds, which is always a process of coherent conversion within the framework of the comprehensive radical integration.

2 – the β-zone, a molecular structural base in the form of spatial lattice comprised of a complex of nuclear units – the second derivative of an individual's fundamental base characterizing the phase framework of structural interactions. These compounds will qualitatively correspond to the current genotype only if there are specifically fixed stable interconnections. Any deviations from the stipulated parameters, i.e. different derivative modifications of the basic functional base, cause the occurrence of many different isotopes that, naturally, disturb the balance of the entire system. That is, its own maximum stable genetic «standard» is the base having particular specifics characterized by an informational constituent fixed in this position. Correction of that «transmission mechanism» involves qualitatively comprehensive differentiation of all existing categories and ingredients (Fourier transform) and counter-integration (inverse Fourier transform).

3 – the α-zone, the «department» of immediate peripheral exchange dynamics, occurring as a result of interaction of specific molecular compounds that should be especially stable and correspond to the current genotype – the third derivative characterizing the range of interactions. Contacting each other, these formations create «surface» counter-reactions that determine, first and foremost, hormone balance, haematic picture, composition of other biological substances etc., and on their basis the main final result is generated – the fourth derivative – the biological organism on the whole, consisting of cells with cytostructures of different modifications. Stable functional state of this level is impossible in the conditions of spontaneous random dynamics of any type that triggers intrasystem chaos and disintegration.

No matter the form of a specific system, it can generate into space only what its own model of organization represents in the form of information about itself. Therefore the wave momentum integrated into the habitat by any object is modulated with exhaustive information about this generator (module) with all its derivative characteristics. Similarly, external informational models are projected inside the bioform at the same time as the genetic base broadcasts itself to the organism's biological periphery, which reflects the essence of the concept of two principles of Taoism, «yin» and «yang», i.e. of the function of expansion as integration of the basic link by means of unfolding through the first-second-third derivatives and of the function of perception of external information through its own periphery (the fourth derivative) as a projection of surface sections modulated by a specific information load of the habitat.

The main conceptual objective of the RBC technology comes down to restoration or generation anew of a biological object's structural interconnections that had been lost or distorted due to a defect of unfolding of the personal geno-link or severe overloads of the system form in the course of vital activity.

The main tool used in the process of direct correction of information-exchange interconnections of active biological objects in terms of the proposed technology is the Universal control field. It produces the effect of coordinating resonance between similar centers of the object in therapy. The moment of clear fixation of intersystem resonance marks full-fledged completion of correction because the generated stable structure of exchange interactions determines restoration of all and any information-exchange categories provided for by the available genotype, even if some of them had not been unfolded initially during the antenatal period.

Successful correction by means of the Universal control field requires no detailed testing of the individual to determine the type or form of specific peripheral pathologies. If the structural composition does not match the quality level of the current genotype, then the object, naturally, can under no circumstances properly generate the «perception-analysis-integration» trinity model that is essential for vital activity. As a result, the bioform on the whole will be low-functioning and unstable. That way it blocks possibility of the individual's creative expression and at best simulates a rather significant delusion regarding its own positioning in the habitat.

Thus, the fundamental concept of radically corrective RBC therapy will be comprised of four successively fixed stages:

Stage I requires deceleration of all and any random dynamics that are not intended by the genotype and are directly relevant for the object at hand both in the sphere of intrastructural hyperactivity and from the point of view of external factors.

Stage II determines the deepest qualitative implantation of the program-dependent model of the Universal control field; the implantation fully covers the functional categories of the patient's structural form. At the same time, fixation of Stage I has to be maintained continuously because uncontrolled bursts of chaotic dynamics prevent satisfactory results of the instigated intrasystem coordination. Qualitatively fixed realization of the stage causes extensive unblocking of all and any commutative interconnections of the organism in the signal-response system «center-periphery-center», which in turn generates multiple prerequisites for a burst of functional activity of the categories provided for by the current genotype.

Stage III involves a system-wide unfolding and unconditional integration of previously defined constructive tendencies to a united system monoform best-synchronized by the operator's Control field and determined by the personal genetic base as individual features of the specific object. That process is impossible without clear involvement of the principal layout of space-time coordination and distribution of information load that determines the possibility of bringing a multitude of functional rhythms in a united model of biological modification of active consciousness, with strict dependence on the basic algorithm. Naturally, technologies that do not include a multi-dimensionally systematized scale of fixation of information-saturated categories are unable to fulfill this stage. In this case the radical result is only possible with implantation of the universally corrective space-time matrix causing the corresponding resonance of the overwhelming majority of the organism's active centers in the form of strictly ordered, high-coherence structural organization stipulated by the current genotype.

Stage IV has to do with adaptation of the bioform's peripheral sections to the process of constructive development of positive prerequisites caused by comprehensive integration, which again requires strict conformity to the position fixed at Stage I.

If disintegration processes in a specific system do not exceed 15-25%, the quality of linear differentiation of perceived information (direct Fourier transform) is satisfactory, and the corrective technologies of Stage I yield a very high result that excludes the necessity of initiation (in this case, spontaneously) of derivatives of Stages II and III.

In case of imbalance of the system structure that differentiates the conceptual categories of the genetic base, it is necessary to involve technological factors determining the possibility of purposeful completion of the second corrective state, which, if there is a functionally active coefficient of concordance typical of the organism under consideration, normally allows Stage III to be ignored going immediately to Stage IV, i.e. adaptation.

In turn, if conformity to the object's single integrating formula is below 60%, the positive effect can be achieved only by using a high-coherence universally corrective Control field that automatically dumps all random dynamics of counter-exchange reactions of the organism's surface sections due to generating a broad spectrum of deepened differentiation (direct Fourier transform) going in the opposite direction and systematized integration (inverse Fourier transform) of the available scale of distribution of information-saturated categories; at the same time, they are converted to a strictly synchronized structural model thus fixing the successful completion of Stage III of the corrective influence, which of course includes the first two positions and a transition to the fourth one.

Thus, Resonance Bio-Correction, being a fundamental strategy of optimal correction, includes four fixed stages, namely:

I - deceleration of all and any random dynamics,

II - the deepest comprehensive reconfiguration (direct Fourier transform),

III - comprehensive integration (inverse Fourier transform) of the existing functional categories into a single monoform (the object's own Control field) determined by the basic genotype,

IV - adaptation of the resulting algorithm at all levels of the organism.

A biological organism is a strictly systematized organization of specific cell units that are absolutely dependent on their own genetic base and the scale of clearly fixed structurally arranged functional categories. If RBC technology is viewed in the aspect of possibility of corrective influence on biological forms, of primary interest are complexes of monomolecular structural lattices that fix the organism's global information-exchange channel network and its main levels, determine the possibility of purposeful resonance of active centers that generate control wave momentums, thus creating well-balanced counter-interconnections as a highly powerful three-dimensional holography that in turn projects itself onto specific points of the cytostructure, establishes a counter-feedback connection, and «records» its informational formulation in the form of a stable program framework specifying the unfolding of the basic genolink, the same for all and any representatives of the current Homo Sapiens genotype.