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NANOTECHNOLOGIES FOR INVESTIGATION OF WATER

NANOTECHNOLOGIES FOR INVESTIGATION OF WATER DECOMPOSITION BY GDV- AND THERMAL-VISION METHODS: HEAT EFFECT OF RADICAL RECOMBINATION AND ITS APPLICATIONS IN MEDICINE

* Shishkanov S.F., **Domrachev G.A., * Vorobiev A.V., * Volovik M.I.
* - Nizhegorodsky institute of traumatology and ortopedics, Nizhny Novgorod, Russia
** - G.A.Razuvaev Institute of Metalloorganic Chemistry, Russian Academy of Sciences, Nizhny Novgorod, Russia

Nanotechnology today is a vast field embracing wide diversity of approaches, physical and chemical principles and instrumental methods. The properties of nanosized materials within a range of 1 to 100 nm differ dramatically from massive materials measuring in microns and higher. When particle sizes become comparable to the length of electron wave function coherence, their electronic properties appear heavily dependent on sizes. This is a manifestation of the quantum size effect observed in objects with nanosizes in one, two or three dimensions. Motion of the electron within such objects is constrained by sizes and, as a result of its quantum properties, the electron energy may only take certain discrete values. This reveals totally new effects in handling nanostructures and fosters innovative new-generation developments [1].
Application of track nuclear membrane filters with pore sizes ranging from tens to hundreds of nm enabled investigation of mechanochemical water decomposition at the nanostructure level.

Medical application of thermal-vision diagnostics methods is based on the recording of infrared radiation of the body tissue in case of blood flow and metabolism variations. Metabolic and microcirculatory disturbances in tissues and organs also affect the characteristics of gas-discharge glow of the corresponding meridians which carry functional state information [2].

All processes of metabolism in the body are interconnected and occur in a common water-based medium. We have assumed that heat effects may result from water decomposition as it flows through membranes and small vessels. To attain the investigation objectives we used instruments and methods of thermal-vision diagnostics and gas-discharge visualization applied in practical medicine.

The earlier investigations showed that a water flow via capillary tubes of smaller diameter is attended by increased viscous friction forces and intensified decomposition. The energy necessary to break the H-OH bond is located at all times in the nanoscale area of the water structure. The elementary decomposition acts produce hydrated atoms H•aq and radicals •OHaq, i.e. n- and p-defective associates. Ionization of n-defective associates produces a hydrated electron (H•aq = H+aq + e-aq). Hence, such water releases electrons and protons more easily, its pH becoming more acid through formation of H+aq. Thus more decomposed (dissociated) water which has passed through capillary tubes of smaller diameter feature higher intensity of GDV grams. This accounts for decreased GDV flow of the human body in case of microcirculatory disturbances caused by a decelerated blood flow and distended capillary bed [3].

The results of the experiments conducted to determine the “exit” of radicals generated by water decomposition (dissociation) showed that they recombined in more than 99% [3]. Hence, these reactions give off thermal (heat) energy.
Used in the experiments was high-purity degassed deionized water of А OST 11 029.003-80 Class. Water flow through the filter is bottom-up. Filters with pore diameters of 400, 100 and 50 nm were used. The investigation involved dynamic GDV-graphy within an interval of 10 sec using the pendant drop method on the Professional GDV-camera and water thermal-vision upstream and downstream of the membrane on the NEC unit (Japan), within a wave length range from 8 to 13 µm applied in medicine.
Reliable differences (р  0.05) were obtained for the area of GDV glow of water on all filters with the flare area extended on finer membranes. Reliable temperature differences (р  0.05) were revealed on filters with a pore diameter of 100 nm (Δt = 0.1-0.2°C), more pronounced on 50 nm pore filters (Δt = 0.3-0.4°C).

Thus the experiment revealed a previously undescribed heat effect of radical recombination during water decomposition in small (capillary) channels, which occurs in a living body. Water is the “working medium” in physiological processes at the microcirculatory level. Metabolism disturbances and energy supply of living systems are associated with the processes of water decomposition into radicals and   energy production by their recombination.

References:
1.    Nuclear Physics and Nanotechnologies: Nuclear-Physical Aspects of Formation, Investigation and Application of Nanostructures.//Under the editorship of A.N.Sisakyan; – Dubna: OIYI. – 2008 – 395.
2.    K.G.Korotkov. Analysis Principles in GDV-Bioelectrography. - SPb: Renome. - 2007. – 283.
3.    S.F.Shishkanov, N.N.Borovkov, P.Y.Apel and coauthors. Water Dissociation in Capillary Tubes and Intensity of GDV Glow of Liquids and Humans.//Theses of papers delivered at the International Scientific Congress “Science. Information. Consciousness. – SPb. – 2005. – pp.209-210.

WATER, ENERGY AND SURFACES

WATER, ENERGY AND SURFACES: AN UNEXPECTEDLY PROFOUND LINKAGE

Pollack Gerald H.
Department of Bioengineering Box 355061
University of Washington, Seattle WA 98195

For most scientists, water is fairly uninteresting. Especially in biology, water is considered merely a background carrier of the more interesting molecules in life — a largely neutral entity that bears responsibility mainly for suspending the molecules of more central interest. Likewise in the physical sciences, except for the few molecular layers immediately adjacent to surfaces and except for situations where water is the central protagonist, such as atmospheric sciences, water is considered to play only a secondary role in most physical or chemical processes.
Contrastingly, we have found evidence that water plays an unexpectedly profound role — one that may inevitably impact practically all phenomena that take place in aqueous solution.

Recent data from this laboratory show that in the vicinity of common hydrophilic materials, water molecules become ordered. Properties of this ordered zone — mechanical, chemical and optical — all differ from those of bulk water. These findings stem from an original core observation: colloids and solutes are profoundly excluded from the region next to hydrophilic materials. The exclusion zone (EZ) commonly extends up to hundreds of micrometers from the surface (see figure to right).
The core findings are detailed in two papers Zheng and Pollack (Phys Rev E.: 68: 031408, 2003) and Zheng et al. (Adv. Colloid Interface Sci. 127: 19-27, 2006). More easily accessible is the link to a public lecture <http://uwtv.org/programs/displayevent.aspx?rID=22222> delivered as recipient of the 2008 University of Washington Annual Lectureship Award. This lecture describes the evidence as well as the implications in a manner easily accessible for non-experts.

The first of the two cited papers deals with the question of whether the finding of long-range exclusion of solutes may have some trivial explanation. Plausible candidates were ruled out by an extensive series of controls. Since then, at least a dozen groups worldwide have informally tested and confirmed the basic finding. In fact, a similar result had been published four decades ago: in addressing the origin of the so-called “unstirred layer” adjacent to biological tissues, a region where mixing is known to be extremely slow, Green and Otori (J. Physiol. London, 207:93-102 1970) showed in both corneal tissue and contact lenses (polyHEMA) that the unstirred layer excludes microspheres; exclusion zones several hundred micrometers wide were found — essentially the same has we have found in our studies. Hence, there is little question of the existence of unexpectedly large exclusion zones next to hydrophilic surfaces. The question is what such zones might mean.

The second Zheng paper (2006) shows that the physical chemical properties of the EZ differ from those of bulk water. Four sets of results are presented:
-   NMR rotational relaxation time in the EZ is shorter than in bulk water;
-   Infrared radiation from the EZ is less than from bulk water;
-   Potential gradients exist in the EZ, but not in bulk water;
-   UV-Vis absorption spectra are markedly different in the EZ.

Two additional features have recently been added. They are:
- Polarizing microscopy shows that the EZ is birefringent, confirming molecular ordering in that zone;
- Falling-ball viscometry shows that EZ water is considerably more viscous than bulk water.

Hence, six independent approaches show that EZ water differs from the water beyond the EZ. Collectively, they imply that EZ water may be more ordered and more stable than bulk water. It is understood that this conclusion deviates substantially from accepted theoretical expectations; nevertheless, the results of these studies show this feature consistently.
Two additional features are relevant to a fuller understanding of the implications:
The EZ is charged: typically, the charge is negative (Zheng et al., 2006). The “reason” the EZ is negatively charged is that as it forms, constituent water molecules lose protons, which then accumulate in the bulk water beyond. This accumulation is confirmed using two independent methods: pH-sensitive dyes and pH electrodes. Both show that the pH of the bulk water beyond the EZ is sharply diminished, indicating an excess of protons or hydronium ions. In other words, the EZ and the complementary region beyond the EZ effectively constitute a battery — negative in the EZ and positive in the region beyond. Substantial current can be drawn from this battery, confirming genuine charge separation.

The energy needed to build the EZ comes from radiant sources (Chai et al., submitted). That is, photons from the environment, including wavelengths in the UV, visible, and particularly infrared region, expand the EZ. Even incident infrared-intensity levels weak enough to cause insignificant heating (less than 1°C) expand the EZ by three to four times within five minutes. Hence, radiant energy is extremely effective in charging this battery.

The results outlined above are critically important for applications involving water. Any particle or solute suspended in water will be richly endowed with the kinds of features outlined above. Examples: (1) With ordered water surrounding each particle, the effective size of the particle exceeds the presumed size, possibly by an unexpectedly large amount. (2) With protons released by the ordered moiety, the pH of the bulk solution is likely to be lower than expected. (3) Light, especially infrared, is likely to have an impact on all suspensions. Thus, many features of particles or molecules in solution may differ substantially from commonly accepted views.
The same is true of water adjacent to extended surfaces, i.e., surfaces larger than those of particles. The region immediately adjacent to these hydrophilic surfaces will be extensively ordered, and the bulk zone beyond is likely to be amply endowed with protons. Hence, the latter will have a pH lower than anticipated. The presence of positive charge may have an unexpectedly profound effect on reactions occurring in reasonable proximity of the surface.

The EZ may constitute the long-anticipated “fourth phase” of water. This was suggested almost a century ago by the eminent physical chemist Sir Wm. Hardy, but largely forgotten over the years. The bottom line is that the role of interfacial water in all aqueous suspensions is far more profound than generally expected. Indeed, this unexpectedly profound role may open doors to numerous practical applications.

EVALUATION OF HUMAN ORGANISM REACTION ON NUTRITION AND FOOD

EVALUATION OF HUMAN ORGANISM REACTION ON NUTRITION AND FOOD PRODUCT’S PROPERTIES USING THE GDV METHOD

Kolokolov V.A., Grigorovich V.K., Dzyba G.N., Grigorovich N.V.
Russian Plekhanov academy of Economics

Analyzing a process of nutrition as an external action on open thermodynamic system, such a human organism is, our team suggests a new nutrition concept, namely the concept of information nutrition. In the context of this concept the nutrition entropy-informational theory was developed and theoretically warranted. Research work has been accomplished for experimental confirmation of this theory, also with GDV technique application /1/.

The object of our report is analysis of GDV method abilities for evaluation of human organism complex reaction on different foodstuff and food products properties evaluation. The standard set “Mini laboratory” and GDV-camera were used.
In evaluating influence of foodstuff on human the GDV-photography of ten arm fingers in two regimes (with and without filter) were made before and after food intake. Different age volunteers of both sexes took part in experiments.

Analysis of results allows to make a conclusion, that such characteristics as “entropy” and “rms deviation fractality” are sensitive to period of time, elapsed after food intake. It is 30 minutes after food intake for “entropy” and 20 minutes for “rms deviation fractality”.
“Exposure area” increases smoothly during two hours after meal, with small decrease after 30 minutes. “Light intensity” begins to grow only after two hours after meal and as a “Exposure area” a little bit lowers after 30 minutes. Contrariwise, “Form factor” tends to decrease with little growth after 30 minutes.

It is found experimentally, which parameters of GDV-gramms are more demonstrative and informative for evaluation of foodstuff properties. Potato, onion, milk, honey were taken for research. The sensitivity of GDV method to changes in foodstuff during a heat treatment and interactions of food products by mixing was estimated.
It is known than honey loses it’s medical features by heating above 70°C. this fact reflects in statistically reliable results of research. For example, at the temperature of 74°C the “Exposure area” of honey GDV-gramm sharply declines, “Light intensity” falls, and accordingly “Form factor” grows up, “Fractality” goes down, but “entropy” has no changes statistically. Thus, “Exposure area” and “Light intensity” are operable as indicator of biologically substances activity.

Heating cause different reactions in milk. Thus “Exposure area” rises up to pasteurization temperature. That is biologically substances activity in milk up to this temperature doesn’t fall at least, and probably even grows. A situation changes to opposite at boiling point - “Exposure area” falls back to initial level. “Light intensity” behaves in a similar manner. Milk properties tend to become worse in general, when it is considered that therewith “entropy” grows, beginning from the protein denaturation temperature. Researches showed, that “Exposure area” and “Light intensity” are informative characteristics for studying nonviscous liquids.

Milk and honey mix are similar in “Exposure area” with milk alone at normal temperature, near in “Light intensity” to pasteurized milk and conformable in “Form factor” and “entropy” to milk at boiling temperature. Hereby even a little percentagewise (in the range to 25%) amount of honey has a significant influence on mixture properties. It is possible that biologically active substances of honey have a disastrous action on milk microflora and thus “Light intensity” is near to “Light intensity” of pasteurized milk. “Isoline length” of mix is also close by value to “Isoline length” of pasteurized milk. It is felt that the honey takes on milk the same, as heating up to high temperature. “Light intensity”, “Form factor”, “entropy” and “Isoline length” are informative characteristics for foodstuff mixes research.
GDV-gramms of potato and onion mix - “Exposure area” and “Light intensity” - grows together with mix “entropy”. Therewith “Exposure area” and “rms deviation fractality” of mix are similar by value to raw potato, and “Light intensity” in the same manner as “entropy” of mix are near by value to raw onion. All parameters give statistically dissimilar results.

1. “Introduction in information nutrition of human”. Editor: PhD Kolokolov V.A., Dzyba G.N., M.: GOY VPO “Russian Plekhanov academy of Economics”, 2008

BIO-ELECTROGRAPHIC METHOD IN DETECTING HETEROGENEITY AND UNIQUE FEATURES IN AUTISM

Kostyuk N., Rajnarayanan R., Isokpehi R., Korotkov K.,
Howcroft S., Yeager M., Mann H., Cohly H.

According to the U.S. Dept. Developmental Services, the prevalence of autism spectrum disorders increased 556% from 1991 to 1997. One in every eighty boys has autism (boys are affected 4 times as often as girls). One out of every sixty-eight families has a child with autism. Autism is increasing by 3.8% per year worldwide and 15% in the USA. It covers a continuum of disorders beginning from severe autism to mild autism and Asperger’s syndrome. Autism is defined only behaviorally, which often contributes to the heterogeneity of cohort studies. Factors such as age, gender, IQ, and behavioral traits often diverge considerably, with non-uniform matching of controls.

The six autistic patients, their parents, and siblings examined in our preliminary studies, exhibited a unifying lower level of electro-photonic emission in the sectors of the fingertips corresponding to cerebral cortex and cerebral vessels while showing heterogeneity in responsiveness to the stimulation by the electromagnetic field.

The Institutional Review Board (IRB) approval of the consent form was obtained according to the guidelines prescribed by the Review Board. All participants were residents of Mississippi. The participants of the study and their parents were informed that the results will be published in a medical book or journal, or used to teach others. The age of autistic children fell into a range from five to twelve years old, 9.3 the mean age.All autistic participants were males.

The study was conducted by using an electro-photonic impulse analyzer "GDV Compact". Each participant was asked to place fingers correctly on glass surface. The pictures of electro-photonic emission (EPE) of all ten fingertips were taken twice – without and with plastic film. The screenings of autistic children were done randomly.
Results revealed heterogeneity and unique features in the participants with ASD and their parents. The unique signature in our preliminary study for ASD was related to misbalance in the zones gastro-intestinal tract, immune system, cerebral cortex, and cerebral vessels. Additionally, the bio-electrographic study detected epiphysis, kidneys, adrenal gland, cervical zone, thorax zone and sacrum as the zones of misbalance in autistic children.

As to their parents, they showed misbalance of electro-photonic emission in the zones of cerebral cortex and cerebral vessels. The heterogeneity was observed in variability of values assigned for the same organ within the same phenotype.
Discussion

Patients with autism can differ in the severity and scope of their symptoms, suggesting that multiple factors contribute to explaining the disorder's symptoms. Autistic children have abnormal cerebral blood flow.

The low activities that we found in the zones of gastro-intestinal tract, immune system, cerebral cortex, and cerebral vessels have been described in the literature and confirm previous data on autistic patients. These zones were found to be present in all autistic children we tested and therefore are unique signatures of autism in our preliminary study. Additionally, the bio-electrographic study detected epiphysis, kidneys, adrenal gland, cervical zone, thorax zone and sacrum as the zones of misbalance in autistic children. Despite of being diagnosed with Asperger’s syndrome/mild autism, autistic children had different values assigned to the zones of cerebral cortex and cerebral vessels. This indicates that there exists heterogeneity within one phenotype which implies the individualized approach. The uneven distribution of EPE especially as to the response of the parasympathetic nervous system leads us to hypothesize that there exists a misbalance, which is expressed on the physical level in respective zones of EPE.

Brothers and sisters of the autistic children though labeled as normals also exhibited unique features common to autistic sibling but additionally had low activities in pancreas and pelvis minor zone. The only difference between the autistic children and their siblings is in the distribution of EPE values. In autistic children the distribution is very uneven between left and right hand while in the siblings the distribution is fairly even.

The fathers of the autistic children share some unique features of autism such as cerebral cortex, cerebral vessels, epiphysis and spleen. Characteristically fathers show low activities in the liver, transverse colon, descending colon, respiratory system, cardiovascular system and coronary vessels.

Mothers of the autistic children share some unique features of autism such as cerebral cortex, cerebral vessels, immune system, epiphysis and kidneys. Distinguishing features include transverse colon, pancreas, and urogenital system. The images were characterized by inconsistency and gaps pertaining to certain sector. The outer isoline of some images had fractile nature which could be the evidence of emotional tension or stress.

In conclusion, bioelectrographic method is a promising step towards creating autism profile and identifying unique signatures pertaining to the parents and their siblings. Further work should involve more participants in order to augment our findings by the bioelectrographic approach.

THE RECONNECTION WORKSHOP

EPC/GDV MEASUREMENTS DURING RECONNECTION WORKSHOP IN LOS ANGELES

Korotkov K., Madappa K.

September 13 and 14, 2008 in Los Angeles a series of measurements have been conducted during Reconnection Healing workshop led by Erick Pearl and Dough DeVito. 5th Element Sensor reaction to human emotions, in particular, to the emotional response of a group of people was found.

Antenna sensor was positioned in the workshop room and connected to the EPC Camera. All devices were warmed up for 1 hour before the arriving of the participants, and measurements were conducted half an hour before the workshop and during all the day of the workshop. Processing of data was done in “GDV SciLab” program.

Fig.1-2 demonstrate time dynamics of the Antenna sensor parameters for the first and the second day of workshop with marked moments of interest.

The most interesting moments of the presentations 12/09 are as follows:
19.31 - Doug DeVito on podium “Essence Lecture” and then introduces practitioners – jump in Intensity, strong variations in Area. (sector 2).
20.35 - Eric arrives – increase in Area, which lasts till the end of Eric’s presentation (~22.10). Variations at Intensity curve during different phases of presentation. (sector 6).
22.10 – 22.31 Eric recaps and summarizes + conveys practical processes for day 2….always laughter and then concludes. – strong peaks at Intensity curve. (sector 7).
During the day Area decrease in the first half of the day, and increased in the second half of the day. Intensity increased practically all the day.
The most interesting moments 13/09 are as follows:
15.04 – 15.43 - Doug with participant demonstrating practical process of healing (sector 6).
17.05 – 18.02 – Doug and Eric addresses overall process (sector 9).
During the day Area decrease in the first half of the day, and increased in the second half of the day. Intensity increased all the day.

DISCUSSION
In both days of Reconnective Healing Workshop strong effects when a speaker/trainer steps on-stage, and draws the focused attention of the audience correlated variations of the signal were recorded. After the beginning of a trainer presentation the signal was increasing, in most cases with strong oscillations, while in recess periods the signal dropped down. Marked effects are very well correlated with the effects recorded by Dr. W. Tiller’s team with the equipment operated on absolutely different principles. From the physical point of view it may be related to the formation of areas of decreased entropy in the room due to the focused attention of the participants or, as prof. Tiller claims “associated with the buildup of a negative magnetic charge manifesting in the environment”.
We should take into consideration the following ideas of prof. Tiller:

“As a closing remark, if all the subsystems of the experiment are included in the analysis, it certainly strengthens the statement regarding “only trends” from our experimental measurements can be expected to be meaningful at this time. Further, with Dr. Korotkov’s team making experimental measurements in the same room as us, one should expect information entanglement to occur between their measurement system and ours”!

To prove or disapprove these ideas we need to have a series of further experiments with different modalities of Reconnective Healing.
At any rate, without being concerned on physical explanations, it is clear that the effects of Reconnective Healing Workshops are strong and measurable. We may definitely tell about conditioning of environmental space in the workshop room. Changes of participants Energy Fields and Chakras before and after the workshop demonstrate strong positive effect of this process to psycho-emotional state of people. In the further stages of experiments we need to study the following topics:

1)    Correlation between several similar instruments installed in the same room of the workshop and in different rooms. It will help us to answer the question of space conditioning and the area of Reconnective Healing influence.
2)    Comparison with effects of a group of people at the music concert, political gathering.
3)    Effect of age and gender of participants.
4)    Longitude of Reconnective Healing effects.
5)    Influence of geophysical conditions.
6)    Dependence of effects on the experience, training and other qualities of practitioners.

Correlation of results between Dr. Tiller and Dr. Korotkov teams makes them especially significant and opens perspectives for further understanding of the enigmas of consciousness.

CHANGES OF WATER ELECTROSTATIC POTENTIAL

CHANGES OF WATER ELECTROSTATIC POTENTIAL ON DYNAMIC ACTIONS. ORGONE (CHRONAL) GENERATORS.
GDV-TECHNIQUE.

Domrachev G.A.*, Domracheva E.G.***, Lazarev A.I.*, Razov E.N.*, Selivanovsky D.A.**, Stunzhas P.A.****, Vaks V.L.***,
Shishkanov S.F.*****, Zuikov Y.P.******, Sergeev E.I.******

* G.A.Razuvaev Institute of Organometallic Chemistry, Russ.Acad.Sci., N.Novgorod, Russia,
** Institute of Applied Physics, Russ.Acad.Sci., N.Novgorod, Russia
*** Institute for Physics of Microstructures, Russ.Acad.Sci., N.Novgorod, Russia
**** P.P.Shirshov Institute of Oceanology, Russ.Acad.Sci., Moscow, Russia
***** N.Novgorod State Medicine Academy, N.Novgorod, Russia
****** Russian Academy of Study of Human Nature., N.Novgorod, Russia

In our previous publications we have shown, that the use of GDV-technique could re-veal the phenomenon of local aeroionization and determinated as quantitative as qualitative characteristics of radiation of orgone (chronal) generators, which had the same construction from different kinds of wood. The use of GDV-technique allows us to study properties of wa-ter and to analyse a modification of its electrostatic potential and fractal structure on dynamic actions. On our opinion, the orgone (chronal) generator activates water by aeroions and elec-trostatic action.
The American scientists showed that bond energy of water in the associates (hydrates) with the cations (H+, alkali-metals etc.) and anions (Cl—, F—) is increased and more regular size distribution of liquid water associates in the LiCl solutions occurs:

The ionization potentials of water molecule associates (about 8 eV) are shown to be less than this one of single water molecule (12.6 eV). We have calculated the ionization potentials of water associates containing the n-type defects (one defect per one associate of 5-10 water molecules).

We observed the strong decreasing the ionization potentials of these “defect associates” (up to 3-5 eV per single defect associate).
It is interesting that the work function of electron from liquid water is about 8 eV, chemical affinity of water molecule to proton addition is 7.14 eV and electron affinity of •OH radical is near 2 eV.
We are sure the ionization process of liquid water must be depended on ionization of de-fect associates and this process determines the ionic product of liquid water and its dependen-cies upon temperature, pressure and outer fields (such as electromagnetic of all diapasones, electrostatic, magnetic and orgone).

This process is believed to produce the initial and then the main quantity of hydrated ions in liquid water owing its electric conductivity and dielectric properties as well as the va-riety of morphologic and structural shapes of the condensed water states on phase transition liquid – solid for water (starting from crystals, passing through glass states and finishing in fractal ordered aperiodic or composite systems with local crystalline places).

Furthermore, the recombination of n- and p-defects with ion defects leads to formation of solvated and molecular ions and radicals which are able to participate at the reaction in a water. More hard electrolytes such as Li+, Mg++, Al+++ etc. form more strong hydrate spheres, which are more “fragile” and mainly produce the H2O2. They are the associating centers for water (hydrates) and form the regular (perhaps, fractal) cavity structure which differs from one of pure water. This is especially important for considering the human organism liquid be-cause water exists as an electrolyte in it and equilibrium shifts lead to disturbing the life activ-ity.
The microwave radiation and spectra of associates can be used for controlled impact on the different solutions, sewage and pure water for studying their properties and possible clean-ing.

These results can be used for: 1) activation of water by orgone (chronal) generators al-lows to use them in medicine for correction of metabolic irregularities in different illnesses, 2) explanation of the mechanism changes electric potential and fractal structure of water, includ-ing the changes under conditions of orgone (chronal) generators actions, which determines the metabolic processes in human body liquids, 3) development of new treatment technologies on basis of the use of orgone (chronal) generators, 4) ecological prognoses of the state of reser-voirs, rivers, seas by measuring H2O2 concentration, 2) studying a fog formation, associates formation in the clouds, 3) studying the cations (of Mg, Li, Na, Ca, Sr etc.) role in the asso-ciates appearance and their coalescence to droplets.

The methods of investigations are: 1) the obtaining of microwave spectra during con-densation processes of water vapor by different conditions (pressure decreasing, the presence of cations of above-mentioned metals etc.), 2) the microwave impact on the liquid water to produce the resonance absorption of radiation by the cation hydrates, 3) investigating the pos-sibilities for choosing the membranes selecting the admixtures solvated in the water, 4) inves-tigating the structures formed by water condensed under various conditions, 5) correlation of dynamical structure of liquid water and structure and properties of GDV-parameters.
This work was partly supported by Grant RFBR No.00-15-97439.

Muladhara Chakra

Muladhara is the root centre of physical experience, located at the base of the spine, the sacral plexus.

The square represents the earth itself, the four dimensions and the four directions. Four allows for completion, and earth embodies the elements and conditions for human completion on all levels.

Patience and greed are the attributes of this element, survival its desire, collecting and saving are its activity. Muladhara Chakra is the meeting place of the three main nadis: Ida, Pingala and Sushumna. The downward-pointing triangle indicates the downward movement of energy and the three main nadis.

The seed mantra is Lam, the yellow square represents the earth element. The chakra governs the vital breath Apana. An inverted triangle in the centre of the square encloses the unmanifest Kundalini in three and a half coils around the svayambhu (self born) linga. With her mouth open, facing upward, she is connected with the path of Sushumna, the central nerve canal that runs along the spine.

In the pericarp is found the presiding deity Brahma, the lord of creation. His skin is the color of wheat, he wears a yellow dhoti (traditional Indian cloth wrapped to cover the lower body) and a green scarf.

The Muladhara Chakra – the lower part of the second finger corresponding to the sacral and coccyx plexus