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University of Washington Bioengineering Professor Gerald Pollack answers this question, and intrigues us to consider the implications of this finding. Not all water is H2O, a radical departure from what you may have learned from textbooks.
Dr. Gerald Pollack, University of Washington professor of bioengineering, has developed a theory of water that has been called revolutionary. He has spent the past decade convincing worldwide audiences that water is not actually a liquid.
Dr. Pollack received his PhD in biomedical engineering from the University of Pennsylvania in 1968. He then joined the University of Washington faculty and is now professor of bioengineering. For years, Dr. Pollack had researched muscles and how they contract. It struck him as odd that the most common ideas about muscle contraction did not involve water, despite the fact muscle tissue consists of 99 percent water molecules.
Water Research happens at Pollack Laboratories, which states, "Our orientation is rather fundamental -- we are oriented toward uncovering some of nature's most deeply held secrets, although applications interest us as well."
Uncovering nature's secrets involving water is what Dr. Pollack, his staff and students do best.
In his 2001 book, Dr. Pollack explains how the cell functions. Research suggests that much of the cell biology may be governed by a single unifying mechanism - the phase transition. Water is absolutely central to every function of the cell - whether it's muscle contraction, cells dividing, or nerves conducting, etc.
This extraordinary book challenges many of the concepts that have been accepted in contemporary cell biology. The underlying premise of this book is that a cell's cytoplasm is gel-like rather than an ordinary aqueous solution.
The Water in Your Cells Give Them Their Negative Charge
Other inherent differences between regular water and EZ water include its structure. Typical tap water is H2O but this fourth phase is H2O; it's actually . It's also more viscous, more ordered, and more alkaline than regular water, and its optical properties are different. The refractive index of EZ water is about 10 percent higher than ordinary water. Its density is also about 10 percent higher, and it has a negative charge (negative electrical potential). This may provide the answer as to why human cells are negatively charged. Dr. Pollack explains:
"Everybody knows that the cell is negatively charged. If you insert an electrode into any of your cells, you'll measure a negative electrical potential. The textbook says that the reason for this negative electrical potential has something to do with the membrane and the ion channels in the membrane.
Oddly, if you look at a gel that has no membrane, you record much the same potential -- 100 millivolts or 150 millivolts negative. The interior of the cell is much like a gel. It's kind of surprising that something without a membrane yields the same electrical potential as the cell with a membrane.
That raises the question: where does this negativity come from? Well, I think the negativity comes from the water, because the EZ water inside the cell has a negative charge. The same is true of the gel--the EZ water in the gel confers negativity. I think the cells are negatively charged because the water inside the cell is mainly EZ water and not neutral H2O."
What Creates or Builds EZ Water?
One of the greatest surprises is that the key ingredient to create EZ water is light, i.e. electromagnetic energy, whether in the form of visible light, ultraviolet (UV) wavelengths and infrared wavelengths, which we're surrounded by all the time. Infrared is the most powerful, particularly at wavelengths of approximately three micrometers, which is all around you. The EZ water can build on any hydrophilic or water-loving surface when infrared energy is available.
It builds by adding layer upon layer of EZ water, and can build millions of molecular layers. This is how it occurs in nature. For example, ice doesn't form directly from ordinary H2O. It goes from regular water to EZ water to ice. And when you melt it, it goes from ice to EZ water to regular water. So EZ water is an intermediate state.
"Glacial melt is a perfect way to get EZ water. And a lot of people have known that this water is really good for your health," Dr. Pollack says.
Testing water samples using a UV-visible spectrometer, which measures light absorption at different wavelengths, Dr. Pollack has discovered that in the UV region of 270 nanometers, just shy of the visible range, the EZ actually light. The more of the 270 nanometer light the water absorbs, the more EZ water the sample contains. EZ water appears to be quite stable. This means it can hold the structure, even if you leave it sitting around for some time. Water samples from the river Ganges and from the Lourdes in France have been measured, showing spikes in the 270 nanometer region, suggesting these "holy waters" contain high amounts of EZ water. According to Dr. Pollack, there's compelling evidence that EZ water is indeed lifesaving...
Where can we get structured water? Spring water -- under pressure (deep in the ground) becomes structured.
Glacial melt -- ice turns into Structured Water (EZ water) when melting . . . The phase between liquid and solid is structured water.
Vortexing -- A vortex occurs naturally in nature, as in streams, rivers, waterfalls, etc. The vortex is a kind of mechanical perturbation or agitation. Vortexing is a very powerful way of increasing structure. There are devices on the market which vortex water.
Juicing -- is water that comes from the plant cells. Structured juice water!
Antioxidents -- Most of the tissues in our body are negative. Our cells are a negative charge; oxidants are a positive charge. Antioxidents maintain the negative charge in our body.
Sunlight -- critical to our health. Light builds Structured Water (EZ water.)
Circulation -- Red blood cells work their way through capillaries; light is the driver of flow. Add light and flow increases. Something other than the heart (pressure) is driving the blood.
Infared light -- energy is generated everywhere. It drives the processes in your body.
The fourth phase of water: starts with the basics of what we know about water...from simple experiments we figure out this fourth phase of water. What's the nature of this fourth phase? Why is this interesting? It applies to everything water touches. It's in the sky and the clouds. It's in the oceans, lakes and rivers, and it fills the inside of our body.
Sources:
University of Washington, Pollack Laboratory
Structured Water Unit
Mercola.com
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