Untitled

Abstract

This paper addresses the question whether electromagnetic frequencies associated with pure water are similar to those of biological systems. A literature survey was performed on intrinsic frequencies of water molecules measured across the electromagnetic spectrum using various spectroscopic technologies. The registered frequencies were plotted on an algorithmic generalized music (GM) scale, described by a quantum entangled wave function, and compared with earlier detected electromagnetic frequency patterns revealed in various biological systems. The meta-analysis shows that semi-harmonic frequency patterns found in purified water are very similar to those found in biological systems. A metaanalysis of about 700 measured frequencies of pure water shows that 192 subsequent first and second derivatives of spectral frequency curves of water molecules can be precisely positioned at the proposed lines of the calculated pattern of coherent eigenfrequencies with an error of 0.45% and statistical significance of p < 0.02. A new order parameter characteristic for water molecule assembly has been revealed, which implies quantum coherency and entanglement. This is in line with the already evidenced and published universal order that we called the GM-scale. Following these findings, we may assume that water molecule assembly shows electromagnetic and electronic collective states that contain "quantum imprints or molds" for living cells. A potential explanation for this feature is that water molecules are ordered in a partially distorted tetrahedral geometry, which yields a specific network structure. Since water molecules have a comparable distribution of coherent electromagnetic field (EMF) bands to that of fluid assemblies in living cells, a resonant wave interaction is expected between the cytoplasm and surrounding water molecules. Evidence of a new quantum wave equation of coherence for water molecules has been found, that is defined as a physical principle: E n = ħ ω ref 2 n+p 3 m .

The effects of physical treatment on physicochemical and biological properties of water and aqueous solutions

“…К настоящему времени показано, что внешние воздействия (оптическое, плазменное, механическое и др.) способны кардинально изменять макроскопические свойства жидких растворов [2][3][4][5][6][7][8][9][10]. Было опубликовано множество работ, описывающих эти уникальные свойства и особенности структуры воды [11][12][13][14][15][16], поэтому мы хотели бы уделить больше внимания данным, подтверждающим возникновение новых свойств воды и водных растворов после механического воздействия на них.…”

Emergent properties of magnetic ions and nanoparticles in micellar solutions of surfactants: Use in fine technologies

“…For more purposeful application, these and other contradictions or emergent properties require a more detailed study. This is especially important for in vivo use, where synergism and antagonism of drugs or magnetic probes with the quantum properties of a biological cell is possible [10][11][12].…”