Hexagonal Water, or structured water, is the most most stable structure of liquid water is a crystalline geometric structure formed by eight water molecules (the Star Tetrahedron or Kepler's Star).
From a profile view it’s form can be seen to be the shape of a perfect hexagon. This specific geometry produces an effect called ‘molecular coherence’. Molecular coherence amplifies water’s natural abilities to archive and transfer information, similar to quartz crystal used in computers and watches.
The only way many of the properties of water can be explained is by understanding that water has a unique molecular structure. Scientific research centers around the world have become increasingly interested in the unusual properties of water and are now providing new empirical and scientific data.
Understanding of the true nature and qualities of water means to reach far beyond the chemical understating of H2O. It exhibits numerous unusual physical and bio physical properties, unlike any other substance in the world. One of the most important properties discovered in water is the ability to store information.
When the molecules of water are reshaped into a hexagonal structure, they exhibits remarkable properties of molecular coherence. Molecular coherence amplifies water's natural abilities to store and transfer information.
At a molecular level, our bodies are more than 99% water!
Water is responsible for the healthy function of DNA, enzyme reactions and numerous metabolic functions, it's actually the main carrier of all the boo-electric signals our bodies generate. We can compare it to a liquid network that interconnects us at a cellular level. Water is directly involved in the optimal functionality of all our physical and mental functions. Water is not just water. Its a complex and vital structure with unsuspected properties.
Viktor Schauberger was an Austrian forester/forest warden, naturalist, philosopher, inventor and Biomimicry experimenter. With his work he made an extraordinary contribution to knowledge of the natural world.
Dr Mu Shik Jhon, a leading authority on water science, has proven that the existence of a specific water structure, known as “hexagonal water,” is present in various geographic regions of the world. This water has long been known for it’s healing properties and medicinal effects. In 1986 Dr Jhon officially presented his theory "Molecular Water Environment.
Jacques Benveniste was a French immunologist. In 1979 he published a well-known paper on the structure of platelet-activating factor and its relationship with histamine.The idea of the memory of water arose in the laboratory of Jacques Benveniste in the late 1980s.
Johann Grander christened his new discovery water revitalisation without knowing that he would become the creator of a new term used world-wide. The greatest honour for him has always been helping humans, animals and nature with revitalized water.
Dr. Masaru Emoto was born in Japan and is a graduate of the Yokohama Municipal University and the Open International University as a Doctor of Alternative Medicine. His photographs were first featured in his self-published books Messages from Water .
Emilio Del Giudice was an Italian theoretical physicist who worked in the field of condensed matter. Pioneer of string theory in the early 1970s, later on he became better known for his work with Giuliano Preparata at the Italian Institute for Nuclear Physics (INFN);
He pioneered the quantum field theory of soft matter, focusing mainly on the structure of liquid water; in the latter part of his life he also investigated, together with Luc Montagnier, the relation between water and living matter.
Luc Antoine Montagnier is a French virologist and joint recipient of the 2008 Nobel Prize in Physiology or Medicine for his discovery of the human immunodeficiency virus. n 2009, Montagnier published a study entitled "Electromagnetic Signals Are Produced by Aqueous Nanostructures Derived from Bacterial DNA Sequences." If its conclusions are true, it "would be the most significant experiments performed in the past 90 years, demanding re-evaluation of the whole conceptual framework of modern chemistry".
Professor Gerald Pollack is Founding Editor-in-Chief of the scientific journal, WATER and is recognized as an international leader in science and engineering.
He officially claims that there is a fourth phase of water, not H2O but H3O2, and can be called living water. It’s more viscous, dense, and alkaline than regular water; has a negative charge, and can hold energy, and like a battery deliver energy too.
Massimo Citro, M.D., is a medical doctor specializing in psychotherapy and the discoverer of pharmacological frequency transfer (TFF). Is the founder and director of the Alberto Sordi Research Institute (IDRAS), and also has a degree in literature. He lives in Torino, Italy. In his researches he reveals the connections between the work of Ervin Laszlo on the Akashic field, Rupert Sheldrake on morphogenetic fields, Richard Gerber on vibrational medicine, and Masaru Emoto on the memory of water.
Christian Lange is a German Engineer that lives and operate in Italy.
After working for more than 10 years as Technical Manager and Training Specialist in a research center Fiat / Bosch, he spent few more years in Mercedes Benz-Italy until 2009 when he resigned to fully dedicate himself to the AcquaPhi project and continue his researches in the field of bioenergy and mathematical connections.
In 2012 started the distribution of the first professional water dynamizers for the market.
French scientist André Emile Barbier started, in 1935, the researches for the invention of the SOLAVITE catalyzer.
The French researcher and inventor developed the physical catalysis process based on investigations of catalytic phenomena, of which Swedish chemist Berzelius had been a precursor, and on the nineteenth century electromagnetism theories elaborated by Danish scientist Hans Christian Ørsted, English scientist Michael Faraday and the US scientist Joseph Henry.
He attended the High School Umberto I of Rome (the same as Enrico Fermi), and graduated in theoretical physics with honors in 1964. From 1967 to 1972 he taught at several prestigious universities in the United States, including Princeton, Harvard, and NYU. From 1974 to 1980 he was a staff member in the theory division of CERN, in Geneva.
Preparata dedicated a great part of his scientific activity to high energy physics, giving fundamental contributions to the construction of the standard model, the new synthesis of the subnuclear interactions.
‘It all depends on water,’ said the Italian researcher
Giuseppe Vitiello, whom I met first at a conference on
Quantum Mind in Salzburg, Austria, in the summer of 2007
and later on at several similar conferences. And the issue, of
course, had to do with our brain and our consciousness.
Vitiello keeps talking of a strange ‘time-reversed mirror’
mode in the environment that pairs off as a non-locally
quantum-connected Einstein-Rosen-Podolsky (EPR) twin or
doppelganger to a Dipole Wave Quantum (DWQ).....
Albert Imre Szent-Gyorgyi was the first biochemist, to isolate vitamin C, and his research on biological oxidation provided the basis for Krebs' citric acid cycle. His discoveries about the biochemical nature of muscular contraction revolutionized the field of muscle research. His later career was devoted to research in "submolecular" biology, applying quantum physics to biological processes. Szent-Gyorgyi won the 1937 Nobel Prize in Physiology or Medicine for his work in biological oxidation and vitamin C, and the Lasker Award in Basic Medical Research in 1954, for contributions to understanding cardiovascular disease.
A structured network of water is called "coherent", ie when it is able to maintain some stability while the molecular motion. The more structured (characterized by an increase in hydrogen bonds), the greater the coherence, the greater will be the ability to store and carry signals and other information.
In the world of physics, this type of report is referred to as quantum coherence. At the very small (quantum), there is unity and cooperation (coherence). This allows individual components to meet together as a larger organism. And interesting to note that the highest expression of consistency is achieved when they used the mathematical relationship Phi = 1.618 also called the Golden Ratio.
Watching a bunch of fish in the sea or a flock of birds you understand what the principle of quantum coherence. Each fish is free to move independently, but the group meets simultaneously as a single body. It is as if the fish were to follow an invisible conductor, yet there is no conductor.
Nature uses a combination of forces to establish and support this type of consistency. Spiral motions (eddies) are of primary importance. When the water molecules move in natural electromagnetic fields, are forced to align and re-align itself within the field. Each cycle refines the structure of the system. At the end of the process the water molecules "find their place" within the domain coherent and even if the molecules can occasionally be "disturbed", the system remains unchanged. The same is true within the school of fish.
Water stores each of the millions of materials, with those it comes into contact, in its net-structure. Water remembers cadmium, lead, mercury, solvent, estrogen, dioxin, plant protection agents, lacquers, weak acid, x-ray contrast liquids, artificial fertilizer, phosphates, bleach, softener etc..
This memory remains existing also despite perfect filter methods. This means that even if your water has been cleansed chemically and mechanically, it is likely still to contain the information left behind.
Dr. Gerald Pollack, UW professor of bioengineering at University of Washington, has developed a theory of water that has been called revolutionary. The researcher has spent the past decade convincing worldwide audiences that water is not actually a liquid.
Dr. Emoto innovative research of so called "healing waters", reveals through innovative photographic techniques how the water's molecular structure is organized into liquid crystalline geometric patterns and how this structures interact with the vibrational impulses from the surrounding environment.
Dr Montagnier scientifically confirmed (the same experiment was replicated in independent laboratories worldwide ), the presence of electromagnetic waves generating from water molecules and the importance of the molecular structure of water.
Massimo Citro examines research on consciousness, quantum physics, animal and plant intelligence and the effects of thoughts, emotions, and music on water. Linking the work of Ervin Laszlo, Rupert Sheldrake on morphogenetic fields, Richard Gerber on vibrational medicine, and Masaru Emoto on the memory of water, Citro shows how the universal information field connects every person, plant, animal, and mineral
He created a revolutionary system of vibrational medicine, known as TFF, which uses the information field to obtain the benefits of natural substances and medications in their “pure” informational form, transferring this to water and metals and offering side-effect-free remedies for health and well-being.
The cellular water is absolutely essential for good health. Any disease of our body, in the light of this, it means that not only the proteins are not working in that organ, but also the water inside. The water near the protein is not in 'it's natural order. So what to do is to restore a certain "order."
Much of the water in a healthy human body is in a liquid crystal form, as well as collagen and cellular membranes. These human tissue work cooperatively with the structured water to create an information network that reaches every cell. This allows instantaneous transfer of signals and other biological information.
The Structured Water is also responsible for the stability of a healthy DNA. When it begins to lose its crystalline structure (due to illness or age), DNA integrity is often compromised.
Unlike most other liquids...
when they freeze, water expands and becomes less dense. Most other frozen liquids are denser than their melted selves and thus sink. If it sank, ice, being unable to melt because of the insulating layer of water above it, would slowly fill up lakes and oceans in cold climates, making sea life in those parts of the world a challenging prospect.cquaPHI
While other substances form liquids, precious few do so under the conditions of temperature and pressure that prevail on our planet's surface. In fact, next to mercury and liquid ammonia, water is our only naturally occurring inorganic liquid, the only one not arising from organic growth.
At sea level, water boils at 212°F, but thousands of feet down in the ocean, the pressure can keep water liquid at over 650°F as in deep ocean hydrothermal vent.
"Water is probably the best solvent in the universe," says Jeffrey Bada, a planetary scientist at the Scripps Institution of Oceanography in La Jolla, Calif. "Everything is soluble in water to some degree." Even gold is somewhat soluble in seawater. (Before you get any ideas about extracting gold from the oceans, I should add that, according to Bada, the value of dissolved gold in a metric ton of seawater comes to about $0.0000004).
The biochemical reactions that sustain life need a fluid in order to operate. In a liquid, molecules can dissolve and chemical reactions occur. And because a liquid is always in flux, it effectively conveys vital substances like metabolites and nutrients from one place to another, whether it's around a cell, an organism, an ecosystem, or a planet. Getting molecules where they need to go is difficult within a solid and all too easy within a gas-vapor-based life would go all to pieces.
Water is the only element which is naturally found in all 3 states. Ice (solid) in the polar regions, Vapour (gas) in the air and liquid on the ground. Actually water is the only molecular substance to exist on Earth in all 3 states, without human influence!ilder creates responsive, retina and mobile friendly websites in a few clicks. Mobirise is one of the easiest website development tools available today. It also gives you the freedom to develop as many websites as you like given the fact that it is a desktop app.
Water carrying only the electromagnetic signature of a DNA sequence can make a replica of the sequence out of simple building blocks, Nobel laureate HIV researcher shows. By Dr. Mae-Wan Ho
Water reacts sensitively to external influences and stores information in nature - and in us. Water communicates over distances. Testimony of this are fascinating water drop-images in which these phenomena of memory are fixed perceptible to everyone. Prof. Dr. Bernd Kröplin, Regine C. Henschel and their team are tracking these secrets. Reproducible experiments with fascinating images give a deep insight on how radiation of mobile phones, ultrasound, music, vibration therapies and even love and thought have an impact on the structure of water. A completely new picture of the role of water in nature and the human body. Our Ebook "Water and its Memory" is availabe on Amazon.com, Apple/iTunes, Google ebooks.
135 pages, ISBN-Nr.: 978-3-9819203-0-7 - 16,99 €
Order on Amazon.com
No liquid behaves quite as oddly as water. It exhibits a raft of unusual behaviours, many of which are essential for life as we know it. We list water's peculiarities below.
Picturing water as a liquid that can form complex molecular structures could explain many of its unusual properties.
Water is most dense at 4 °C.
Water has an exceptionally high specific heat capacity: it takes a lot of heat energy to raise water's temperature by a given amount.
Specific heat capacity is at a minimum at 35 °C but increases as the temperature falls or rises, whereas the heat capacity of most other liquids rises continuously with temperature.
Water's compressibility drops with increasing temperature until it reaches a minimum at 46 °C, whereas in most liquids, the compressibility rises continuously with temperature.
Water is particularly difficult to compress.
The speed of sound in water increases with temperature up to 74 °C, after which it starts to fall again.
Water molecules diffuse more easily, not less easily, at higher pressures
Unlike many liquids, water becomes less viscous, not more viscous, at higher pressures.
Increasing the pressure increases the amount by which water expands on heating
Properties such as viscosity, boiling point and melting point are significantly different in "heavy" water - made from the heavier hydrogen isotopes deuterium and tritium - compared with their equivalents in normal water.