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The science, the field results, and the thinking behind President Water, plus notable writing from outside researchers and practitioners.

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The Science· 1 June 2026

Why turf and crops always look better after rain

President Water

Every grower says it: things look better after natural rainfall than after irrigating with bulk groundwater. Here's what rainwater has that bulk water has lost, and how vortex technology restores it.

rainwatervortexsoil
Case Notes· 1 Mar 2026

Zero greens lost after five years of losses: the Marri Park season

President Water

Metered year-over-year data from Marri Park Golf Course: 29.9% less irrigation in February alone, and zero greens lost this season.

golfcase studymetered results
The Science· 10 Feb 2026

What a 432Hz scalar field does to soil

President Water

How combining the proven vortex mechanism with a 432Hz scalar field produced a 141% yield increase in the SR TAFE trial.

scalarsoil scienceyield
Structured Water and Crop Yield
External Research· 26 Sept 2026

Structured Water and Crop Yield

Mechanisms at the Cellular Level

Thomas Joseph Brown · Chronicles of Alkemix (Substack)

A field biologist traces a proposed mechanism from vortex-treated water through plant aquaporin channels to measured yield gains, citing the South Regional TAFE tomato trial among others, while flagging what is still unconfirmed in peer-reviewed literature.

  • Starts from documented exclusion zones in plant xylem vessels, measured at 133 to 240 micrometers wide in a 2024 study.
  • Traces water's path into the plant through aquaporin channels, membrane proteins gated by pH and proton activity, which he proposes respond to the incoming water's electrical properties.
  • Built his own BioVortexer, a passive vortex-geometry device with bioarchitect Juan Schlosser, based on Viktor Schauberger's observations of natural water movement.
structured wateraquaporinsfield trialexternal research
The Sacred Geometry of Water
External Research· 14 Apr 2026

The Sacred Geometry of Water

On Snowflakes, Pentagons, and the Shape Life Chose Before It Chose Anything Else

Thomas Joseph Brown · Chronicles of Alkemix (Substack)

A field biologist argues that structured water is real but that the hexagonal ring the industry uses to picture it is the signature of ice, and that the living structure of water is pentagonal.

  • Accepts the core of the structured water idea: water has structure, the structure can be degraded, and organized water behaves differently in biological systems.
  • Argues the hexagonal ring used to picture structured water is the signature of ice, and that the living structure of water is pentagonal, built on the icosahedron.
  • Cites Martin Chaplin's molecular model, in which liquid water forms pentagonal rings that assemble into dodecahedral and icosahedral clusters.
structured waterwater geometryexternal research
External Research· 2 Sept 2025

A Unified Theory of Health Through Structured Water and Electron Flow

Connecting Szent-Gyorgyi's Electrons, Pollack's Fourth Phase, and the Unvaccinated Control Group

Unbekoming · Unbekoming (Substack)

An essay arguing that health depends on electron flow through structured water inside cells, and that disease is a breakdown of that electrical order.

  • Argues that life depends on electron flow through structured water, with a cell voltage of around minus 25 millivolts as the healthy baseline.
  • Reads disease as a breakdown of terrain, a shift from negative to positive charge, rather than primarily as the work of pathogens.
  • Proposes restoring that electrical order through earthing, sunlight, minerals and avoiding electromagnetic fields.
structured waterEZ waterexternal research
External Research· 23 Oct 2026

What Is Zeta Potential?

An Essay on the Charge That Organizes Living Tissue

Unbekoming · Unbekoming (Substack)

An essay on zeta potential, the surface charge that keeps cells and proteins dispersed in body fluids, and what the author says happens when it collapses.

  • Healthy red blood cells carry a surface charge of roughly minus 15 millivolts, which keeps them dispersed. When positive ions strip that charge, cells clump and tissues are starved of oxygen.
  • Cites the Schulze-Hardy rule: trivalent ions such as aluminum collapse colloidal stability far more effectively than monovalent ions, by a factor the author puts at 600 to 1500.
  • Brings together researchers including Thomas Riddick, Melvin Knisely and Thomas McDaniel as independent support for one electrical mechanism.
zeta potentialcolloidsexternal research
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