Decoding Structured Water: Scientific Findings and Theories
When we think of water, the simple formula H2O comes to mind. But, there's an extraordinary fourth phase (technically an allotrope) of water, which some consider to be H3O2. This "phase", which includes structured water, EZ water, gel water, and vortexed water, structured water, crystaline water, etc. is exceptional in its ability to store and release energy, offering superior hydration compared to regular disordered H2O, which scientists refer to as "bulk" water.
Early Water Structure Pioneers - Schauberger & Vogel
The concept of water's complexity was first hinted at by physical chemist Sir William Hardy over a century ago. He opened the door to a world where water was not just a simple element but had more to offer. Following in Hardy's footsteps, visionaries like Viktor Schauberger and Dr. Marcel Vogel have significantly advanced our understanding of water's role in sustaining life.
Viktor Schauberger, an Austrian naturalist, and inventor, emphasized, "Water is the life-blood of the earth. When water is healthy, it has a complex structure that enables it to communicate information, carry energy, nutrients and healing, to self-cleanse and discharge wastes." His studies in natural environments led him to discover the energizing power of vortices in water. Schauberger's insights revolutionized the logging industry in Europe during the 1920s, proving how specially structured water could efficiently transport logs and stumps.
Similarly, Dr. Marcel Vogel, a prominent scientist at IBM, explored water's interaction with energy. He said, "When you put a minute trace, parts per million into water, of silica, the silica is...the nucleating site of water to start structuring around…" Vogel's fascination with quartz crystals and their energy-storing capabilities led him to discover water's unique ability to hold and structure energy. His groundbreaking work with spectrophotometers proved that water could indeed exist in this energized and structured state.
This discovery of structured water, a true marvel of nature, is not just a scientific curiosity. It is the key to understanding the complexities of hydration and energy in our environment and our bodies. The journey of uncovering the mysteries of H3O2 continues, with each new study revealing more about this vital element's role in our lives and the world around us.
Until Dr. Gerald Pollack's research, the molecular workings of structured water remained largely speculative. Pollack, a distinguished biomedical engineering scientist at the University of Washington and honored with the first Emoto Peace Prize, brought groundbreaking insights into this field. His defining of H3O2, the fourth phase of water beyond the traditional states of liquid, solid, and vapor, marked a significant advancement. Pollack elaborates, "What we found we refer to as the fourth phase of water, beyond solid, liquid, and vapor. It is not H2O, it is actually H3O2. At this phase, water is potential energy, just like a battery of water."
Delving into muscle physiology and water's role, Pollack uncovered water's potent role as an energy reserve in muscle contractions. Moreover, his research in cell biology revealed water's unique behavior within human cells, particularly how it interacts with hydrophilic surfaces and undergoes a chemical transformation from H2O to H3O2. This process, termed EZ water, plays a crucial role in cellular health, effectively acting as a selective barrier that filters out toxins and harmful chemicals, showcasing our body's innate ability to utilize structured water as a filtering mechanism.