Sharing information regarding analyzes of biodynamized water​

One of the priorities of Dynamized Technologies, the manufacturer of the Biodynamizer, is to popularize and disseminate the latest observed and measured information regarding water dynamization. We aim to share analyses, lessons learned, and observations on water dynamization conducted with scientific instruments and commissioned, or not, by Dynamized Technologies SA. The results obtained from these analyses and research come from studies in which we participate, or from analyses we commission from laboratories or purchased academic (university) analyses. Our goal is to try to understand the mysteries of dynamized or revitalized water and to advance our understanding of water as a carrier of energy and information.

These analyses, conducted over more than 10 years, while partial, not always reproducible, nor irrefutable, nevertheless provide a body of consistent scientific and empirical evidence confirming differences of all kinds between dynamized and non-dynamized water, suggesting several benefits associated with water dynamization. Furthermore, several analyses presented on this website have been the subject of peer-reviewed scientific publications (i.e., scientific articles evaluated by independent experts in the relevant field before publication, guaranteeing their scientific quality, methodological rigor, and relevance to peers—an essential process for research validation). The following analyses have been published: the Biophotonic analysis and the Electrophotonic Analysis method, the latter of which was reviewed by Professor Marc Henry of the University of Strasbourg. In addition, we also publish on the site empirical data and results of sensitive approaches (e.g. radiesthesia) whose results argue in favor of a real effect of water dynamization.

It therefore seems essential to share all this information, as it was gathered by pioneering researchers in various scientific disciplines. These researchers developed observation devices or used scientific instruments to try to objectify their findings and uncover a new understanding of water.

We sometimes encounter the lack of suitable scientific instruments or protocols capable of measuring all the subtleties and properties of this highly sensitive liquid. Indeed, the parameters sought are often not standard physicochemical parameters observed by academic science, but rather subtle energetic parameters whose interpretation is constantly evolving. This makes the conclusions and interpretations of the analyses complex and subject to change.