Highlights
- The study proposes that pure water exhibits quantum-coherent electromagnetic frequency patterns that closely mirror those found in living biological systems.
- A meta-analysis of ~700 measured intrinsic frequencies of water revealed a tight alignment (error ~0.45 %) with a proposed “12-band” coherent GM-scale.
- This alignment suggests that water’s molecular assemblies might contain “quantum imprints or molds” for living cell resonance and architecture.
- The findings invite a reframing of water as an active, coherently ordered medium — not just a passive solvent — in biological systems.
Introduction
Water is foundational to life: all known biochemical reactions take place in aqueous environments, and water’s properties (solvent capabilities, high heat capacity, hydrogen-bond network) are usually considered only from a classical point of view.
In “Water, The Cradle of Life via its Coherent Quantum Frequencies”, Geesink, Jerman & Meijer advocate a radical shift: water’s molecular and cluster assemblies may exhibit quantum-coherent states, manifesting as discrete electromagnetic frequency bands that overlap with those found in living systems.
Their objective is to examine literature-reported intrinsic frequencies of pure water across the electromagnetic spectrum and determine if they align with a proposed Universal “GM-scale”, thereby implying water’s deeper role in biological organisation.
Overview
The authors carry out an extensive literature survey of intrinsic frequencies measured for water molecules (via spectroscopic methods spanning UV, visible, near-IR, mid-IR, far-IR, GHz range).
They plot these frequencies on what they call a Generalised Music (GM) scale — a Pythagorean-inspired arithmetic algorithm of discrete frequency bands (products of integer powers of 2, 3 and √2) which they claim map to coherent quantum states of molecular systems.
They compare the resulting pattern from water to similar patterns observed in biological systems (cells, tissues) and argue for the presence of an order-parameter characteristic of water molecule assembly: a coherence domain (CD) within which water molecules oscillate in unison (quantum entanglement) and essentially behave as a collective quantum object.
Their argument then extends to suggest that because water molecules exhibit similar electromagnetic signatures to living systems, there may be resonant wave-interactions between cytoplasm/macromolecules and surrounding water clusters — making water a dynamic participant in cellular architecture and perhaps life’s origin.
Key Findings
- A meta-analysis of ~700 individual frequency measurements of pure water revealed that 192 subsequent first and second derivatives of spectral curves align with the proposed GM-scale pointer states with mean deviation < 0.45 %, statistical significance p < 0.02.
- The derived pattern consists of 12 discrete frequency bands (“pointer states”) which the authors argue correspond to coherent eigenfrequencies of water assemblies.
- These bands align remarkably well with previously documented electromagnetic frequency patterns in biological systems (based on >500 biomedical studies) suggesting a shared “coherence” signature between water and life matter.
- The authors propose a quantum wave equation for water-coherence: (where is a reference frequency and p, m, n are integers) that underlies the coherent eigen-states.
- From a structural point of view, they argue that water molecules in clusters adopt a partially distorted tetrahedral geometry, forming network assemblies analogous to fractal or superconducting structures — which could explain the coherence behaviour.
Conclusion
This paper presents a bold and thought-provoking hypothesis: that water is not merely a passive medium but may manifest quantum coherent electromagnetic states that mirror and potentially guide biological organization. The high precision alignment of measured water frequencies to the GM-scale—if validated—suggests water clusters may carry “blueprints” for cellular resonance and function.
While the theory remains speculative and calls for further experimental validation (especially direct demonstration of water-biomolecule resonance coupling and coherence domains in vivo), the implications are far-reaching: from understanding the origin of life, to designing biomaterials, to exploring quantum biology in new ways.
For researchers working at the interface of water science, biophysics, quantum biology and cellular architecture, this study offers a compelling framework to rethink water’s role and invites experimental follow-up to test these coherence signatures in biological settings.
References: Hans J. H. Geesink HJH, Jerman I, Meijer DK. Water, The Cradle of Life
via its Coherent Quantum Frequencies. Water. 2020;11:78-108. doi:10.14294/WATER.2020.1
Link to full publication: Read here