Research Library
Published papers, trial reports, and researcher profiles — all independently sourced and verifiable.
Gerald Pollack
University of Washington
EZ (exclusion zone) water and the fourth phase of water
Pollack's exclusion-zone (EZ) water research describes a fourth phase of water and its role in biological systems — foundational to understanding why structured water behaves differently in soil and plant cells.
Fritz-Albert Popp
International Institute of Biophysics
Coherent biophoton emission in living systems
Popp established that all living systems emit and respond to coherent biophotons as a primary mechanism of intracellular communication and metabolic regulation — the basis for how structured water acts as a capacitor for biophotonic energy.
Ken Campbell
U.S. Agronomist
H-O-H bond angle mechanics, electron transfer and nutrient chelation
Campbell explains the consequence of vortexing on the H-O-H bond angle — shifting molecular geometry to unlock the water's capacity to chelate nutrients and facilitate electron exchange, and why bulk water makes plants work harder.
SR TAFE University
South Regional TAFE, WA
2025–26 controlled greenhouse trial — yield, Brix & soil biology
A controlled greenhouse trial delivering leading yield, Brix, and soil-biology data: +23.25% yield and Brix 0.5→3.0 with vortex alone, +141% with vortex + scalar, and a documented 90%+ increase in soil microbial biomass.