Theory of high dilutions and experimental aspects

In this work, the authors springing from different scientific disciplines set down in common their knowledge and experiences to provide one explicit model of the nature and of the working of "High Dilutions".

This original and multi disciplinary concensus has, as consequence, integrated the mechanism of the High Dilutions into the corpus of the Science and is in harmony with S. Hahnemann's statement: "Each science could only discuss objects that pertain to its domain".

This discovery has a lot of applications among which the modelling of Hahnemann's work is not the least. For 200 years, the questions of the founder of the homeopathy still remained to be solved: "How can weak doses of medication extended such as those used in homeopathy still have strength, high strength"? adding: "What happens really has to be at least possible".

When the matter disappears, it leaves what the authors called a "white hole" by opposition to the "black hole" in which the matter is super-dense. This implies that, for any dilution level up to Avogadro's number, remanent waves of neutronic nature are created, and will reorganize the structure of the diluent. This organisation subtends the concept of the Hyper-protons modelled as free protons in a spacetime having singularities of "white hole" type.

So, a diluted and succussed solution will contain contonian remanent waves whose quantity is proportional to the density of the mather having disappeared and whose frequency is characteristic of this matter, which allows the authors to introduce the first model of the drive of animated matter.

Therefore, this work brings an answer to the question, "Why do the High Dilutions operate?". In addition, the authors pursued their investigations and evidenced the emission of Beta radiations from these solutions vvhatever their concentrations are, so enforcing, in the field of the physics, the basis of their theory of High Dilutions.