Researchers: Georges Vieilledent (Ir. Signal processing specialist) & Raymond Herren (Ir. In electronics)

The electrophotonic camera of Coramp solutions has been certified by the Regional Delegation for Research and Technology Midi-Pyrénées France after validation with academic experts.

Electrophotonics study ordered by SA Dynamized Technologies on 09.07.2019

Method: the electrophotonic camera measures the photonic discharges of water subjected to an electric field (110 Hz signal = close to the frequency pulsed by the living!) Which in turn creates an electromagnetic fieldThese pulses reflect the energy absorbed and transmitted by water according to the principle of the crown effect (photo Kirlian). The camera records in the ultraviolet light spectrum and perceives practically all of the photons in the air around the water sample (information of the living goes through the UV spectrum)! For this analysis, 12 captures of 3 different waters (once dynamized and once non-dynamizedwere taken of each liquidie 72 captures in all, which allows statistical reliability. The photos are taken in Tiff (digital imagery) and FFT (scientific imagery) format.

George Vieilledent
Processus analyse électrophotonique labo

Observation of TIFF images:

Analysis of the energy value of a liquid, in the electron / photon sense *, expressed in Joule in each pixel. We measure the quantity of photons (light particlesemitted by observing the luminescence or flames or “streamers” generated by the escape of electrons which become photons in contact with the air. This involves measuring the intensity of the light emitted by observing the gray levels measured = number of photons in each pixel: 1 pixel +/- 10,000 photons (at saturation) = electron volts converted to Joules = pure energy

* R. Van Wijk deptMolecular Biology of the University of Utrecht “Bio-photons and Bio-communication”: All living tissues emit ultra-weak photons or Biophotons; Biophotons are involved in intercellular and neuronal communication (via optical communication channels)! The photons appear in the visible spectrum but especially ultraviolet; Scientists are convinced that photons are linked to our consciousness & mind (billions of biophotons are processed every second by our brain); See also the work of F.A. Popp & Alexander Gurwitch (biophotons & morphogenetic fields)

The electrophotonic camera observes an increase in energy and cellular hydration in biodynamized water

The luminescence of biodynamized water around the crown is longer and more intense (gives off more light) and is more numerous and regular than that of tap water. This means that it contains more energy in terms of photons – electrons (significant average of +/- 12%).​ This is consistent with the observations made in Bioelectronic test and in particular Vincent’s factor W which confirms the greater retention of energy in biodynamized water.

The shape of the biodynamized drop of water is more spread out / stretched (the drop of water spreads on the electrode) because its surface tension is lower => this allows better cellular hydration because it is more “wetting”, biodynamized water penetrates better into the tissues.​

Photonic bridges: the energy of water is transmitted to the energy of the body

Photonic bridges are used to measure the degree of energy “biocompatibility” between the energy of biodynamized water and the energy of the human body (its affinity or its resonance).

Process: Special quartz electrode successively containing tap water & biodynamized tap water + apposition of the 10 fingers of the human body. Observation of photonic bridges (ionic winds = energy transfersbetween water and the fingers located at 3 mm.

Observation: Biodynamized water has a much greater energy compatibility visualized by the systematic manifestation of photonic bridges and their very large amplitude which even go well beyond the periphery of the fingers! Observation made 20 times on 2 x 10 fingers. In terms of overall energy (in the electron-photon sense) the affinities between biodynamized water and the fingers are very much higher“! This is the first time that this has been observed in the 10 years of the existence of the electrophotonic camera.

electrophotonic analyses - Georges Vieilledent

The energy present in biodynamized water is transmitted to the energy of the body! This is illustrated in the photo above by the “bridges” of photonic light between the water container and the finger which is carried out in 100% of the cases, and in a very clearly superior and systematic way, for biodynamized water >< tap water. This illustrates the energy compatibility of biodynamized water.​ See in this regard the importance of membrane voltage

The electrophotonic camera observes a much wider energy radiation in biodynamized water

Frequency images FFT (Fast Fourier Transform in ICA format): the radiation of the visible light spectrum (yellow & purple color) is clearly larger and extended in biodynamized water >< tap water, which indicates greater spatial distribution of energy and therefore a greater radiation of this energy. Biodynamized water indeed contains more photons which radiate further (Hot Spot Pixel 14% higher). This is also seen in the Tiff format images!​

The electrophotonic camera observes greater structural & vibrational harmony in biodynamized water

FFT (Fast Fourier Transform) frequency imaging also reveals the intimate geometric structure of water. The structure of biodynamized water turns out to be more symmetrical, regular, coherent and harmonious and often of hexagonal shape in its center >< tap water. These geometric shapes imprinted by the energy frequency in water reveal its molecular structure which constitutes the “reading grid” of the energy-information which crosses it. Water is a magnetic tape that captures and transmits this energy. We suppose that the more harmonious and coherent the geometric structure of water is, the greater its potential for transmitting this energy will be! “Energy codes, water decodes, human encodes”; See also the similarities with water crystals, especially in terms of hexagonal shapes!​

Menu