ALIA TECHNOLOGY

“A drop of water is more precious than a diamond.”

Benefits for the body

ALIA products

Examples

References

Since the beginning of the ALIA system, I have had the pleasure of testing it at my clinic. My first impressions are very positive. I will soon share my observations of the use of the ALIA water renewal system.

prof. dr hab n. med. Jan Talar
Center for Neurorehabilitation

About water

Water is a unique solvent, it is the life-giving molecule on Earth: it covers about 70% of the Earth's surface, occupies about 70% of human mass and 90% of the number of micro molecules present in biological systems (including in the human body). If water did not exist, there would be no chemical reactions, the transport of nutrients and waste would not take place in any living organism. Literally, without water, there would be no life. In terms of environmental temperature and pressure, water is in three conventional physical states of aggregation and one non-physical state: solid (ice), liquid (liquid water), gaseous (steam) and semi-crystalline (biological water).  

Most of the models proposed to explain the peculiar properties of water start with the study of an isolated water molecule. Each model aims to predict the behavior of water in three conventional states of aggregation, and then verifies its agreement with experimental physical properties. Problems arise when, through short-range wireless electrostatic forces, multiple water molecules combine to form a liquid phase together. None of the water models based on short-range forces can satisfactorily describe the “abnormal” physical behavior of water.

Today's generally accepted scientific knowledge cannot fully describe all the characteristics and behaviors of water. Recognized scientists like Luc Montagnier (Nobel Prize winner for the detection of the HIV virus) are deprecated whenever they touch the subject of water more deeply.

Structured water has made its way into Wikipedia's list of pseudosciences, along with such fields as astrology, feng-shui, technical analysis, acupuncture, alternative cancer treatments, bioresonagns, organismal magnetism, ayurveda, detoxification, homeopathy, urine therapy, bond disorder therapy, the moon's effect on well-being, meteopathy, hypnosis, neurolinguistic programming, psychoanalysis, the human energy field and many others.  

Jill Cornell Tarter, in this situation, would repeat her words: “If you dip a bucket in the sea and fish out the water alone, it doesn't mean the fish don't exist.”

According to Benveniste, “Biomolecules communicate with receptor molecules by sending low-frequency electromagnetic signals, which receptors pick up like radios tuned to a specific wavelength.  John Maddox, editor of the journal Nature, preceded Benveniste's article with an editorial commentary titled “When to Believe the Unbelievable,” in which he acknowledged: “There is no objective explanation for these observations,” later also writing that “there is a phenomenon to be explained.” Although Benveniste's observations were not confirmed in other experiments, the article reporting on his research was never retracted from Nature.

Profesor Anders Nillson, studying water with an X-ray laser, discovered that water can exist in two liquid states, as two different liquids, differing in structure and density, i.e. how the molecules are connected to each other. Professor Nillson's research shows that the use of the term “water structure” is fully justified, since such a phenomenon exists. The results of Prof. Nillson and his colleagues' groundbreaking research have been published in the journal Science.

In Eastern culture, water has a special place. Standing water should be stored in vessels made of suitable materials like copper, and before drinking it, Hindus transmit their positive vibrations. Indian mystics repeatedly point out how to store and drink water to make it the healthiest for us. These practices in Hinduism are aimed at positively charging water, that is, improving its energetic structure. These theories are confirmed by science. At a conference organized by UNESCO (2014), Dr. Luc Montaigner, Nobel Laureate in Physiology and Medicine (2008) and co-discoverer of the HIV virus, presented theses on the idea of “water memory,” or the transfer of information through water via the electromagnetic trace of DNA. According to Montaigner, the “water memory” thesis is becoming less and less controversial due to the increasing number of scientific studies. They enrich the achievements of molecular biology and suggest the development of new ways to transmit genetic messages. According to Montaigner, DNA emits weak electromagnetic waves that cause structural changes in water that persist even at extremely high dilutions.

Despite the fact that the topic of water structure has not been studied in depth by humans, scientists have no doubt about the changing properties of water under the influence of changes in its structure as well as the fact that the greater the predominance of symmetrical clusters in water, the better the properties of this water for our organisms.  

Since the industrial revolution, we have not treated water with due respect, degrading its structure. The water used in industry ends up in the environment from where it is reused by humans also for drinking. Nature can reverse this process, but it takes a long time, and there are very few places on earth where this is possible.  

Water molecules combine into groups called clusters. In spring water, most clusters are symmetrical hexagons with equal sides, as can be seen in the photo of an ice crystal of frozen water in the form of a beautiful snowflake. Tap water of such symmetrical clusters will have very few. It is estimated that from 3 to 5%. Spring water, on the other hand, will have a preponderance in number of symmetrical clusters, that is, more than 50%. In this situation, we are talking about living water. 

For living organisms, consuming living water supports all the functions that H20 is responsible for and brings significant benefits. Above that, living water charges red blood cells with a negative charge, carrying more oxygen to the cells in the body and alkalizing the entire body. Dr. Otto Warburg, who discovered cancer and who received a Nobel Prize for his work, showed that cancer cells do not metabolize oxygen (they are anaerobic), so they cannot survive in the presence of high levels of oxygen, which increases the pH in the body. Drinking live water due to its properties significantly reduces the risk of cancer cells.

In addition to its impact on our body, water quality significantly (30-40%) affects the productivity of livestock farming, crops, the operation of water-using equipment, energy consumption, filter wear and even pipes. Unfortunately, there has been no in-depth scientific research in this area, but numerous observations confirm the effect of living water.

Technologies exist to restore water to its original natural structure not only above 50%, but even up to 95% symmetric clusters. Water with a structure with a 95% preponderance of symmetric clusters in our world is virtually unobtainable in natural conditions anymore. The only solution to use water of such high quality is to use ALIA Cristal Technology water conditioners.  

The beautifully designed device, made of copper, water only with symmetrical clusters, specially selected and programmed and properly charged crystals from Brazil allows water revitalization for up to 10,000 users. The water that flows through the ALIA Cristal.Technology device is 95% composed of symmetrical water clusters making it the best water available on earth for humans. 

Water Anomalies

Before we move on to anomalies, please note the plasticity of water. When tap water is poured from any vessel in a slow stream the stream ripples, structured water poured in the same stream from the same vessel does not ripple, is compact and pours out in a steady stream.

A list of water anomalies based on the work of Professor Martina Chaplina of the University of Birmingham. Links include the professor's elaborate explanation of each anomaly.  

Water is in a class by itself with unique properties compared to other substances on Earth. Water anomalies are behaviors of liquid water that are completely different from those of other liquids. It is the strength and directionality of hydrogen bonds that determine the thermodynamic and dynamic behavior of liquid water.  

If it were not for hydrogen bonds, water would behave like other similar compounds. No other substance has three, actually four states of matter: solid (ice), liquid (water) and gas (vapor), and semi-crystalline. Ice and vapor also have their anomalies compared to other solids and gases. 

Although it is a simple and small molecule (H2O), it is highly complex and anomalous in nature due to its simultaneous molecular and hydrogen bonds. As a gas, water is one of the lightest known gases on earth. As a liquid, it is much denser than expected. As a solid, it is much lighter than expected compared to its liquid form. At the same time, it can be extremely slippery and extremely viscous. Water is the most coherent molecular material in the universe. Water is highly polar and reacts intensely to electric fields, including those generated by itself. Many other water anomalies are yet to be discovered,

75 water anomalies

Physical anomalies of water

1. Water has an unusually high melting point. [Explanation]
2. Water has an unusually high boiling point. [Explanation]
3. Water has an unusually high critical point. [Explanation]
4. Solid water (ice) exists in a wider range of stable crystalline and amorphous structures than other substances. [Explanation]
5. Thermal conductivity, Kirchoff's transverse modulus of elasticity and the transverse speed of sound in ice decrease with increasing pressure. [Explanation]
6. The structure of water changes under high pressures. [Explanation]
7. Overcooled water has two phases and a second critical point at about -91 ° C [Explanation]
8. Water is easy to overcool, but it is difficult to glass. [Explanation]
9. Liquid water lasts a long time at extremely low temperatures, but freezes when heated. [Explanation]
10. Liquid water can be easily overheated. [Explanation]
11. Hot water can freeze faster than cold water; MPEMBA effect. [Explanation]
12. Hot water vibrates longer than cold water. [Explanation]
13. Water molecules contract when temperature increases and expand when pressure increases. [Explanation]
14. The liquid-liquid transition occurs at about 330 K. [Explanation]

Water density anomalies

1. Ice density increases with heating (up to 70 K). [Explanation]
2. Water shrinks as ice melts. [Explanation]
3. Pressure reduces the melting point of ice. [Explanation]
4. Cold liquid water has a high density, which increases with warming (up to 3,984 ° C) [Explanation]
5. The surface of water is denser than the rest of its volume. [Explanation]
6. Pressure reduces the temperature of the maximum density. [Explanation]
7. There is a minimum density in the density of subcooled water. [Explanation]
8. Water has a low coefficient of thermal expansion. [Explanation]
9. The thermal expansion of water becomes negative exponentially at low temperatures. [Explanation]
10. The thermal expansion of water increases with increased pressure. [Explanation]
11. The number of nearest neighbor molecules increases with melting. [Explanation]
12. The number of nearest neighboring molecules increases with temperature. [Explanation]
13. Water has extremely low compressibility. [Explanation]
14. The compressibility of water decreases when the temperature rises to a maximum of 46.5 ° C. [Explanation]
15. There is a maximum relationship between compressibility and temperature. [Explanation]
16. The speed of sound increases with temperature to a maximum of 74 ° C. [Explanation]
17. The speed of sound reaches its minimum in water. [Explanation]
18. “Fast Sound” is at high frequencies and shows discontinuity at higher pressures. [Explanation]
19. The NMR spin-grid relaxation time is very small at low temperatures. [Explanation]
20. The spin-grid NMR relaxation time increases to a maximum at low temperature. (Overcooling) [Explanation]
21. The refractive index of water has a maximum value at temperatures just below 0 ° C. [Explanation]
22. The change in the volume of the liquid state of water, increases the gaseous volume (vapor) more than normal. [Explanation]

Material anomalies of water

1. No aqueous solution is perfect. [Explanation]
2. D2O and T2O differ significantly from H2O in their physical properties. [Explanation]
3. Liquid H2O and D2O differ significantly in their behavior in their states of aggregation. [Explanation]
4. Frozen H2O and D2O differ significantly in quantum behavior. [Explanation]
5. The average kinetic energy of the hydrogen atoms of water increases at low temperatures. [Explanation]
6. As a solvent, water has different effects on solution properties like density and viscosity. [Explanation]
7. The solubility of non-polar gases in water decreases with temperature to a minimum and then increases. [Explanation]
8. The electrical permeability (dielectric constant) of water and ice are high. [Explanation]
9. The relative permeability indicates the maximum temperature. [Explanation]
10. Relative permeability changes its behavior at 60 ° C. [Explanation]
11. The imaginary part of the dielectric constant shows its minimum at about 20 K. [Explanation]
12. The mobility of proton ions and hydroxide are non-normatively fast in an electric field. [Explanation]
13. The electrical conductivity of water increases to a maximum at about 230 ° C. [Explanation]
14. The electrical conductivity of water increases significantly with frequency. [Explanation]
15. Acidity constants of weak acids show temperature minima. [Explanation]
16. X-ray diffraction shows extremely detailed structure. [Explanation]
17. Under high pressure, water molecules move farther apart with increasing pressure, a distance-density paradox. [Explanation]
18. Adsorption of water can cause negative electrical resistance. [Explanation]

Thermodynamic anomalies of water

1. The heat of fusion of water with temperature shows a maximum at -17 ° C. [Explanation]
2. Water has twice the specific heat of ice or vapor. [Explanation]
3. The specific heat capacity (CP and CV) is extremely high. [Explanation]
4. The specific heat capacity of CP has a minimum of 36 ° C. [Explanation]
5. The specific heat capacity (CP) has a maximum of about -45 ° C. [Explanation]
6. Specific heat capacity (CP) has a minimum with respect to pressure. [Explanation]
7. The specific heat capacity (CV) has a maximum. [Explanation]
8. High heat of vaporization. [Explanation]
9. High heat of sublimation. [Explanation]
10. High entropy of evaporation. [Explanation]
11. The thermal conductivity of water is high and rises to a maximum at about 130 ° C. [Explanation]

Physical anomalies of water

1. Water has an unusually high viscosity. [Explanation]
2. High viscosity and increase in PRANDTL number at low temperature. [Explanation]
3. The viscosity of water decreases with pressure below 33 ° C. [Explanation]
4. Large decrease in diffusion when temperature is dropped. [Explanation]
5. At low temperatures, water diffusion increases as density increases and pressure increases. [Explanation]
6. Thermal diffusion rises to a maximum of about 0.8 GPA. [Explanation]
7. Water has an extremely high surface tension. [Explanation]
8. Some salts give minimal surface tension - the Jones Ray effect. [Explanation]
9. Some salts prevent the coalescence of small bubbles. [Explanation]
10. The ionic molar volumes of salts reach maxima depending on temperature. [Explanation]