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Electromagnetism & Water - Coherence Domains
Water is one basic life's brick that transforms into coherent excitations the incoming energy

Pablo Andueza Munduate

Water, a fundamental component of life, exhibits unique electromagnetic and structural properties through the formation of coherence domains (CDs) and water clusters. These domains interact with electromagnetic fields (EMFs), forming resonant cavities that play critical roles in energy transfer, molecular organization, and cellular regulation. ...

This section synthesizes findings on water coherence, structured water, and their implications for biological systems, emphasizing the interplay between electromagnetic fields, coherent domains, and trapped molecules.

Water's dynamic structure extends beyond its chemical composition, encompassing phases and domains influenced by hydrogen bonding and electromagnetic interactions. Coherence domains (CDs), proposed by Del Giudice, Preparata, and Vitiello, represent clusters of water molecules oscillating coherently within electromagnetic fields. These domains form the basis of water's extraordinary properties, underpinning its role in biological coherence and systemic regulation. This section explores the mechanisms of CD formation, their interaction with electromagnetic fields, and their implications for biology.

Formation and Properties of Coherence Domains:

  • Two-Phase System:

    • Water exists in a dual-phase system comprising coherent (structured) and incoherent (unstructured) phases (Del Giudice et al., 1988; Yinnon, 2017).

    • Coherent domains form in bulk water under electromagnetic influences, oscillating between ground and excited states.

  • Characteristics of Coherence Domains:

    • CDs consist of approximately 5.5 million molecules and occupy volumes of about 100 nm, resonating with specific EM frequencies (Yinnon & Liu, 2015).

    • These domains trap electromagnetic radiation, generating energy-rich environments conducive to biochemical reactions and molecular organization.

Water Clusters and Biological Implications:

  • Cluster Formation and Dynamics:

    • Hydrogen bonding enables water molecules to form clusters ranging from dimers to complex hexamers, influencing the stability and functionality of coherent domains (Ignatov et al., 2024).

    • Stable clusters, such as hexamers, interact with dissolved ions and molecules, forming dynamic structures essential for cellular activity.

  • Role in Genetic Processes:

    • Structured water surrounds DNA, organizing into chiral superstructures that influence genetic processes and molecular signaling (McDermott et al., 2017).

Interaction with Electromagnetic Fields:

  • Oscillation and Resonance:

    • CDs oscillate in phase with external EM fields, transforming incoherent energy into coherent high-frequency signals utilized by cells (Martseniuk, 2017).

    • Ion Cyclotron Resonance (ICR) studies reveal specific frequencies, such as the Schumann Resonance, inducing coherence in biological water (Pazur, 2018).

  • Energy Transfer and Storage:

    • CDs act as resonant cavities, storing and transferring electromagnetic energy to drive cellular functions and enzymatic reactions.

Biological Functions of Coherent Domains:

  • Bioelectric Regulation:

    • CDs modulate bioelectric gradients, influencing processes like cell signaling, mitosis, and tissue repair.

    • Structured water within cells enhances conductivity and information transfer through solitonic mechanisms.

  • Developmental and Regenerative Roles:

    • CDs generate and align bioelectric fields during developmental and regenerative processes, guiding cellular organization (Johansson & Sukhotskya, 2016).

    • Water's coherent properties also contribute to the stabilization of bioelectric signaling networks.

Experimental Evidence and Techniques:

  • Imaging Techniques:

    • Advanced methods like Transmission Electron Microscopy (TEM) and Atomic Force Microscopy (AFM) visualize CDs and supramolecular water clusters in real-time (Grasso et al., 2018).

  • Spectroscopy:

    • Nuclear Magnetic Resonance (NMR) and Fourier Transform Infrared (FTIR) spectroscopy reveal characteristic frequencies associated with water structuring and coherence (Ignatov et al., 2024).

Discussion: Coherence domains in water provide a robust framework for understanding its bioenergetic and regulatory roles. By coupling with electromagnetic fields, CDs facilitate the organization, energy dynamics, and coherence essential for life. These insights offer pathways for therapeutic applications, including EM field modulation to enhance biological function and healing.

Conclusion: The interplay between water coherence domains and electromagnetic fields underscores water's central role in biology. As a medium for energy transfer and molecular organization, coherent water bridges physics and biology, illuminating pathways for understanding life's complexity and developing innovative therapies.

Keywords: coherence domains, electromagnetic fields, structured water, water clusters, bioelectric regulation, cellular signaling, morphogenesis.

-Text generated by AI superficially, for more specific but also more surprising data check the tables below-

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text updated (AI generated): 23/12/2024
tables updated (Human): 28/11/2024

Endogenous Fields & Mind
EM & Water - Coherence Domains

Electromagnetism & Water Coherence Domains

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Favailable in PDFModeling Water Clusters: Spectral Analyses, Gaussian Distribution, and Linear Function during TimeCommentary icon2024-(10)I. Ignatov, Y. Marinov, F. Huether, G. Gluhchev, M.T. Iliev
Favailable in PDFColor Coronal Spectral Analysis. Results with EVOdrop Electromagnetic Influenced WaterCommentary icon2024-(9)Ignat Ignatov, Fabio Huether, Teodora P. Popova, Chavdar Stoyanov, Alexander I. Ignatov
Favailable in PDFBiologically Structured Water (BSW) - A Review (Part 3): Structured Water (SW) Generation, BSW Water, Bioenergetics, Consciousness and CoherenceNo comments yet icon2023-(19)Craig L. Ramsey
Favailable in PDFBiologically Structured Water-A Review (Part 2): Redox Biology, Plant Resilience, SW Drinking Water Types, BSW Water and Aging, BSW Water and ImmunityNo comments yet icon2023-(23)Craig L. Ramsey
Favailable in PDFBiologically Structured Water (BSW) - A Review (Part 1): Structured Water (SW) Properties, BSW and Redox Biology, BSW and BioenergeticsCommentary icon2023-(28)Craig L. Ramsey
Favailable in PDFEffects of Cyclotronic Frequencies on Human Resistance and Reactance in 31 Healthy SubjectsCommentary icon2022-(16)A. Liguori, S. Liguori, L. Silli, S. Bangrazi, F. Petti, M. Pinti, M. I. Pistelli, L. Giuliani
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Favailable in PDFThe Super-Coherent State of Biological WaterCommentary icon2019-(17)Claudio Messori
Favailable in PDF and HTMLExploring the behaviour of water in glycerol solutions by using delayed luminescenceCommentary icon2018-(16)Rosaria Grasso, Francesco Musumeci, Marisa Gulino, Agata Scordino
Aavailable in HTMLCalcium ion cyclotron resonance in dissipative water structuresCommentary icon2018-(1)Alexander Pazur
Favailable in PDF and HTMLA proposal to explain how the circatidal rhythm of the Arabidopsis thaliana root elongation rate could be mediated by the lunisolar gravitational force: a quantum physical approachCommentary icon2017-(9)Joachim Fisahn, Peter Barlow, Gerhard Dorda
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Favailable in PDF and HTMLDomains Formation Mediated by Electromagnetic Fields in Very Dilute Aqueous Solutions: 2. Quantum Electrodynamic Analyses of Experimental Data on Strong Electrolyte SolutionsNo comments yet icon2015-(22)T.A. Yinnon, Z.Q. Liu
Favailable in PDF and HTMLDomains Formation Mediated by Electromagnetic Fields in Very Dilute Aqueous Solutions: 1. Quantum Electrodynamic AspectsNo comments yet icon2015-(15)T.A. Yinnon, Z.Q. Liu
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Aavailable in HTMLExperimental evidence of stable water nanostructures in extremely dilute solutions, at standard pressure and temperatureNo comments yet icon2014-(1)Vittorio Elia, Giovanni Ausanio, Francesco Gentile, Roberto Germano, Elena Napoli, Marcella Niccoli
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Favailable in PDF and HTMLIlluminating Water and LifeNo comments yet icon2014-(18)Mae-Wan Ho
Favailable in PDF and HTMLLarge Supramolecular Water Clusters Caught on Camera - A ReviewNo comments yet icon2013-(12)Mae-Wan Ho
Favailable in PDFHeart Coherence Increases Order of Crystallization Patterns in Dried Saliva StudyNo comments yet icon2013-(12)Annette Deyhle, Jackie Waterman
Favailable in PDF, HTML and EpubEmergence of the Coherent Structure of Liquid WaterNo comments yet icon2012-(23)Ivan Bono, Emilio Del Giudice, Luca Gamberale, Marc Henry
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Favailable in PDFThe interplay of biomolecules and water at the origin of the active behavior of living organismsNo comments yet icon2011-(13)E. Del Giudice, P. Stefanini, A. Tedeschi, G. Vitiello
Favailable in PDFWater Dynamics at the Root of Metamorphosis in Living OrganismsNo comments yet icon2010-(21)E. Del Giudice, Paola Rosa Spinetti
Favailable in PDFFormation of Dissipative Structures in Liquid WaterNo comments yet icon2010-(6)E. Del Giudice, R. M. Pulselli
Favailable in PDFEvidence for the existence of stable-water-clusters at room temperature and normal pressureNo comments yet icon2009-(6)Shui Yin Lo, Xu Geng, David Gann
Favailable in PDFQuanta and Coherence Effects in Water and Living SystemsCommentary icon2004-(11)Cyril W. Smith
Water Oscilations / Two Waters (Ortho-Para)[temp.]

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Aavailable in HTMLPara- and ortho- isomers of water: theory, experiments and new opportunities for multidisciplinary water research [conference]No comments yet icon2022-(2)S. Kernbach, M. Trukhanova, V. Zhigalov, V. Panchelyuga
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Favailable in PDFOscillations in Water Luminescence Recapitulate Periodic Changes Attributed to Ortho-Para Spin Pairs of Water HydrogensNo comments yet icon2016-(4)James Morré, Matthew C. Pharris, Richard L. Pendleton, Dorothy M. Morré, Sergey V. Gudkov, Stanislav D. Zakharov
Favailable in PDF, HTML and EpubSynchronous Oscillations Intrinsic to Water: Applications to Cellular Time Keeping and Water TreatmentCommentary icon2015-(19)James Morré, Dorothy M. Morré
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