Sensitive water : dynamization & information

Which applications in agriculture ?

Milène Souvignet

280 pages, parution le 17/09/2025

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Résumé

In traditional societies, it is often believed that the Universe is one. If we hold to this supposition, each discipline suggests vision of the world based on its own concept and frame of reference. Therefore overall, everything is linked and closely interconnected. It is in this frame of mind that water is approached, from the little-known and little-documented angle of its "sensitivity" or "dynamization". The goal here is to summarise all the research carried out on this topic, without making a catalogue out of it, but rather trying to retrace the Ariadne's thread in order to link the different results, and place each of them within a wider field of coherence and understanding. Each of these advances is supported by the results and thoughts of numerous researchers, each contributing a piece of the jigsaw according to his, or her, own speciality or approach (physical chemistry, biology, quantum mechanics, general relativity, dynamics, movement, and so forth). Nearly forty researchers from all over the world are involved, from the 1900s to the present day, including Jeanne Rousseau, Goethe, Theodor Schwenck, Marc Henry, Nassim Haramein, Gerald Pollack, and many others. By analysing the work of each of them, the author gradually offers here an increasingly accurate, but also vast and coherent picture of the reality of water. The starting point is based on what is known and commonly accepted by the scientific community. Little by little, the study progresses in a field that is increasingly "confidential" and/or underdeveloped at present, apart from in a few private or cutting-edge research environments. Three approaches are being explored: - the experimental way, - the observational way (artistic way), - the theoretical mathematical way with the three major sciences of today: Newton's classical mechanics (macroscopic scale), quantum mechanics (infinitely small scale) and Einstein's general relativity (infinitely large scale).