The main objective of this reflection is to synthesize all the research conducted on this subject, not by simply cataloging it, but rather by tracing the thread that connects the various results, in order to place each within a broader framework of coherence and understanding.
Each contribution to this reflection is supported by the results and insights of numerous researchers, each contributing a piece of the puzzle according to their own specialty or approach (physical chemistry, biology, quantum mechanics, general relativity, dynamics, motion, etc.). Nearly fifty researchers from around the world, spanning the 1900s to the present day, are involved, including J. Rousseau, Goethe, T. Schwenck, M. Henry, G. Pollack, and others.
Three approaches are explored:
– the experimental approach,
– the observational approach (anthroposophists and artists),
– the theoretical approach of mathematics, drawing on the three major current sciences: Newtonian classical mechanics (macroscopic scale), quantum mechanics (infinitesimally small scale), and Einstein’s general relativity (infinitesimally large scale).
As a water treatment engineer and agricultural engineer by profession, I am committed to combining these two passions and investigating the practical applications of water revitalization, particularly in the agricultural sector. Thus, this book is also a collection of applications in the agricultural field, drawn from the author’s experience, research in these areas, and practices within the agricultural world.
Milène Souvignet
