

How Water Powers Cellular Energy & Human Health | Dr. Gerald Pollack
Apr 5, 2025
In this discussion, Dr. Gerald Pollack, a bioengineering professor known for his research on the fourth phase of water, unpacks groundbreaking ideas challenging classical biology. He questions the existence of the cell membrane and the ATP theory of cellular energy. Pollack explores how infrared light can enhance the exclusion zone in water, affecting cellular function. He also dives into the potential health benefits of deuterium-depleted water and its role in hydration, urging a rethink of conventional perceptions surrounding water and health.
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Membrane-Pump Theory Challenges
- The membrane-pump theory lacks sufficient energy budget and experimental support.
- Cells survive membrane stripping and show no energy shortfall, questioning classical sodium-potassium pump models.
EZ Water's Charge Contradicts Ling
- EZ water is not neutral stacked dipoles but carries net negative charge, unlike Ling's theory.
- This charge separation means EZ water forms a battery-like system capable of generating energy.
Discovery of Exclusion Zones
- We discovered exclusion zones where microspheres are excluded from water next to hydrophilic gels.
- This zone grew visibly larger, reaching hundreds of micrometers, confirming structured water presence.