The Relationship Between Sea Water and EZ Water (H3O2-)
What is EZ Water?
EZ Water (Exclusion Zone Water) is a concept developed by Dr. Gerald Pollack of the University of Washington. It is a specific phase of water that forms near hydrophilic surfaces, creating an exclusion zone where suspended particles are repelled. This water exhibits distinct physical properties:
- Crystal structure : more ordered molecular organization (H3O2-)
- Negative electric charge : unlike ordinary water
- Different viscosity : thicker than normal water
- Optical properties : absorption of infrared light
Points of Convergence with Sea Water
1. Molecular Structuring
Seawater, with its richness in dissolved minerals, naturally promotes the formation of organized structures. The ions present (magnesium, calcium, sodium) act as structuring agents that can:
- Facilitate the formation of EZ water near cell membranes
- Stabilize ordered molecular arrangements
- Create environments conducive to water organization
2. Interface with Biological Membranes
Seawater and EZ water share a special affinity with biological surfaces:
- Membrane compatibility : seawater facilitates exchanges across cell membranes
- Exclusion Zone : EZ water forms naturally near membranes, creating an optimal interface
- Cellular hydration : the two concepts converge towards more efficient hydration of cells
3. Energy Properties
Both types of water have specific energy characteristics:
- Energy storage : EZ water can store and release energy
- Electrical potential : Seawater, rich in electrolytes, maintains optimal cellular electrical potentials
- Resonance : possibility of harmonic resonances between structures
Common Biological Implications
Optimal Cellular Hydration
- Seawater promotes the formation of EZ water near membranes
- This combination improves intracellular hydration
- Facilitation of metabolic exchanges
Mitochondrial Function
- EZ water plays a role in ATP production
- Minerals in seawater support cellular energy processes
- Potential synergy for cellular energy efficiency
Detoxification
- EZ water naturally excludes pollutants and toxins
- Seawater supports natural detoxification processes
- Combined effect of purification of the intracellular environment
Practical Applications of this Synergy
Marine Plasma Optimization
Understanding EZ water could improve:
- Methods of preparing marine plasma
- Bioavailability of minerals
- Therapeutic efficacy
Therapeutic Hydration
- Hydration protocols combining seawater and EZ water formation
- Improved absorption at the cellular level
- Optimization of remineralizing effects
Research in Biophysics
- Study of mechanisms of action at the molecular level
- Understanding water-membrane interface phenomena
- Development of new therapeutic applications
Research Perspectives
Scientific Validation
It would be relevant to study:
- The effect of seawater on the formation of EZ water
- Structural modifications induced by marine minerals
- The impact on cellular function and health
Innovative Applications
This synergy could open up avenues towards:
- Optimized hydration solutions
- More effective cell therapies
- A better understanding of biocompatibility
Conclusion
Although EZ water and seawater are distinct concepts, they share complementary properties that could enhance each other. Seawater, with its mineral richness, could promote the formation of EZ water, while EZ water could explain some of the mechanisms of action of marine plasma at the cellular level. This convergence opens exciting prospects for biophysical research and therapeutic applications.
You can also find our Qelby marbles in our shop, they allow the production of H3O2 water - with the particularity of these ceramics containing somatids.
This water provides better oxygenation for the body and stimulates cellular regeneration through the action of somatids.
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