Stay hydrated. Drink plenty of water. Drink 6-8 glasses of water each day.
How many times have you heard this sage advice?
It is good advice. Life cannot continue to exist without water. Our bodies are around 70% water by weight. Our body’s molecules are comprised of 99% water, although water molecules are lighter than other molecules, which is why they don’t make up 99% of our weight.
Since we are mostly water, then it makes sense to put a priority on drinking plenty of it. Science should put a strong emphasis on understanding its role in support of human life (and other life). Even so, much remains a mystery regarding this ubiquitous liquid so crucial to all life on earth.
Think about a few interesting facts:
How does water help hold a sandcastle together?
How can a gelatin dessert hold its structure even though it’s almost entirely water?
When water evaporates, why does it form clouds instead of dispersing throughout the atmosphere as a mist?
Why is water the only liquid that’s wet?
We need to consider the actual structure of water to get the answers to these questions.
Scientists like Dr. Gerald Pollack of the University of Washington are seeking answers to these questions about water.
They have put forth hypotheses that take into account water’s ability to structure itself along certain surfaces. These surfaces include those in the body like cell membranes and organelles in various cells.
We know that water has the chemical composition of H2O. Two hydrogen atoms and one oxygen atom. However, water may also combine as H3O, which makes a more rigid form.
Is H3O2 water real?
Think back to high school chemistry. H2O is water. H2O2 is hydrogen peroxide. So what is H3O2?
Dr. Pollack offers evidence that H3O2 is real. He offers a video of water being dripped onto a water surface and floating as a droplet on top of the water surface before the shell of the droplet breaks and it merges with the rest of the water. It holds its shape for a brief period.
Dr. Pollack also offers evidence of a bridge of water that spreads between two beakers of water being charged by electricity. It’s a span of water in mid-air with no physical support beyond its own structure.
In addition, he demonstrates how water next to a water-loving surface creates what he calls an “exclusion zone,” or “EZ layer,” of structured water, becoming a gel rather than a liquid. This layer eliminates all debris from within itself, essentially “excluding” it from its structure.
Why is this important?
The EZ layer can hold a charge, usually a negative charge, and the H2O water holds the opposite charge. This creates a battery with voltage that powers functions within the body. This voltage is crucial to cellular communication and nerve transmission.
Science has typically believed that electrolytes, with both positive and negative charges, are necessary to create voltage across cell membranes. So, scientists were surprised to find strong electric fields inside cells. These electric fields were five times the strength needed to produce lightning storms.
This presented a true scientific conundrum and changed how some scientists viewed cells. How could this happen with just H2O?
Pollack’s research shows how structured water answers. It massively contributes to voltage, and therefore electric fields, both inside and outside the cell.
In effect, it creates essentially a lightning storm throughout the body, albeit in a tiny form. This occurs with all the electrical activity of the body, both in the nervous system and within every cell.
Deriving energy from water
Dr. Pollack hypothesizes that this universal charge separation in the body could replace the ion pumps in the cell membrane, which would explain why cells can survive being sliced in half.
In addition, the EZ layer can increase the presence of light, especially infrared light. Living tissue emits light, and the body produces heat. The body’s natural processes may help sustain the EZ layers and water’s battery effect. And it’s another reason to get outdoors in the sunshine on a frequent basis. Doing so can help give us additional energy from the water in our bodies. Dr. Pollack’s experiments also show how EZ layers act upon H2O in a tube thus enabling the water to move freely through it. This may lead science to learn even more about how blood moves through arteries and veins without relying solely on the heart to pump it.
This helps demonstrate how a viscous fluid like blood can flow through thousands of miles of veins at different speeds in different parts of the body without the heart performing 100% of the work.
Final thoughts
Water has many roles in the body in addition to charging the body’s battery. And, water has the ability to create structure that leads to a charge separation and a battery-charge response. In addition, H3O2 has other benefits as well. Its structure gives it the ability to retain information.
But there’s a way to benefit from this strange property of water that hasn’t been mentioned yet. You can imprint information on the water that can affect the body. This may lead to new, innovative methods of optimizing our overall well-being without drugs or medicines.