RESEARCH

Dr Georges VIEILLEDENT

Electrophonique ing.

EDS© Électrophotonic
dataphoton system 

An innovative technological solution relying on macroscopic imaging working on the corona effect in the UV spectrum.

Eletrophotonique Ingénierie has developed a system that can read the corona effect in the UV spectrum. This research and development work has been certified by the Ministry of Higher Education, French research and has been validated by academic experts working in the domain of biophotonics.

References below:
For example, these two images give a fairly accurate idea of the excellent structuration (informed mineral water) and a low-energy structure (demineralised water). FFT images by Dr Georges VIEILLEDENT (Electromechanics ing.)

Comparison below:
Mathematical conversion into an image (encrypted data translated into pixels) of the energy potential of each product.

Eletrophotonique Ingénierie has developed a system that can read the corona effect in the UV spectrum. This research and development work has been certified by the Ministry of Further Education, French research, and has been validated by academic experts working in the domain of Biophotonics.

The company’s area of expertise lies in the effects of the corona in the spectrum. After a convergence of observations, this device led to the discovery of previously unidentified (to our knowledge) photonic phenomena in living beings. Among them, we mentioned the phenomenon of “photonic bridges”, meaning, the appearance, under certain conditions, of a photonic link between a living body and a molecular substrate.

Corona discharges are well known and documented in the context of commercial and industrial applications e.g. the production of ozone, photocopiers or the electrostatic separation of conductive and non-conductive materials. However, applications in life sciences are relatively rare. There is now enough experimental evidence to suggest that, according to quantum field theory, water could be structured in the form of coherence domains capable of giving it a particular sensitivity. Until now, this sensitivity was difficult to detect. The EDS© system, thanks to its features, seems to be able to reveal the existence of this sensitivity and notably the appearance of photonic bridges. It is important to remember that all living organisms consist of about 70 wt% and 99 mol%. In this respect, it is equally crucial to develop experimental protocols that can visualise and quantify these phenomena, which could open up new avenues of research and practical applications in the medical and pharmaceutical fields.

In the pharmaceutical field, photonic bridges could prove to be of great help in the research and development of new molecules. Interest in better investigating certain molecular families in exploratory research and pre-clinical tests and participating in the facilitation of clinical tests. In these two sectors, EDS © offers a real and innovative avenue of investigation i.e. via the implemented technology and the phenomena of observed photonic winds.