This involves analyzing the vibrational link between the particle and the wave of the observed matter. The Organotest, which I use for therapies, does not address the notion of analysis as the result of a reproducible test.

We are in the domain of the mathematics of probability and not in the result of physico-chemical reactivity or statistics.

From the first measurements carried out on the targets during the information acquisition phase, the software evolves the model to deduce a conclusive approach which will tend to evolve towards a reliable analysis.

​

To make an analogy, the electromagnetic noise generated by cells, that is to say the perceptible information linked to the physico-electro-chemical functioning of the cell, is in perpetual variation and can be assimilated to energy and the information that determines the shape of a physical system.

The Organotest algorithms, which are borrowed from quantum mechanics, make it possible to extract a shape from an element such as an energy information system. This shape is then compared to patterns of vibrational information stored in the device's memories. This type of device is more interested in the genesis of the organ (DNA, cells, tissues, etc.) as well as its communication elements and its radiation of information, than in the organ in question. itself, because it is in the analysis of information that it proves to be the most efficient due to its principle.

 

Medicine is not an exact science because it is a human science. An analysis, even in a laboratory, may not detect certain elements (in question, the protocol used, poor sample taking, poor preparation, sample taking time not respecting natural parameters, etc.) or would cost way too expensive (genome sequencing). No analysis, even classic, is 100% reliable, especially since divergences in the protocols used lead to divergences in results. Medicine relies primarily on statistics. And we can make statistics say a lot of things... To establish a diagnosis, we can use our intuition but above all the cross-checking of symptom information. It is the cross-checking of several pieces of information that allows a good diagnosis. The mathematical model used will never make it possible to obtain perfect repeatability on a first measurement.

 

In fact, the analysis of information and the search for vibrational entropy states allows us to see states to which academic medicine  is not interested in and objectifies illnesses in preparation or past while classical medicine is only interested in proven illnesses. An aspect in opposition to the certainties of official science is the notion of “vibrational memory” or/and informational. A disease of infectious origin (or the use of vaccines) very often leaves traces which result in energetic disturbances which can lead to more or less significant symptoms. The use of such a high-performance vibration measuring device makes it possible to detect these memory traces (by verifying it by comparing it with the person's background) and to correct them and their effects. Meta-therapy then proves effective in this area. It also makes it possible to propose a probability of concordance with organisms (viruses, bacteria, fungi) and chemical constituents which are expensive and difficult to demonstrate by laboratories; but also a list of remedies with fairly good effectiveness.

 

 

​