Contract GSO/16-045 December 2016
HERMES technology platform
Summary of the Cap'tronic Expertise
Summary and scientific conclusions from the report of the Institute of Electronics and Systems (IES)
« When the phone is equipped with a GINKO sticker, there is no electric field E in the near field (the phone is close to the ear), which results in the elimination of the SAR during a telephone call. »
Wireless devices communicate via electromagnetic waves in the radio frequency range. In this way, our body is exposed to more and more radio waves that can affect our biological performance. The mapping of the magnetic and electrical near field of stickers exposed to electromagnetic fields at frequencies of 2.4 GHz or 900 MHz has made it possible to demonstrate that their reaction in the near field is only of a magnetic nature and is consistent with the measurements of permeability and the dimensions of stickers.
The magnetic and electrical proximity mapping of stickers exposed to electromagnetic fields at frequencies of 2,4 GHz or 900 MHz has made it possible to demonstrate that their response in the near field is only of a magnetic nature and is compatible with the permeability measurements and sticker dimensions.
Representation of near electromagnetic (left) and electric (right) fields in the range P57 to 2,4 GHz.
Finally, numerous measurements have shown that GINKO stickers react magnetically in the near field when exposed to electromagnetic fields. The consequence of the absence of a measurable electric field at the output of the sticker (see drawings above) is the elimination of SAR.
(*) SAR (specific absorption coefficient) measures the electromagnetic energy (dW) received in the form of heat per unit mass (dm) and time (dt) by the organism (living) subjected to electromagnetic waves. SAR is also expressed as the effective amplitude E of the electric wave field in the tissue. It is not available in vivo, but can be measured on phantoms if we know s (electrical conductivity of the tissue) and r (density): SAR = s.E2/r.
SCIENTIFIC TESTS ON THE GINKO CONTROL DEVICE
The GINKO team has made every effort to demonstrate the quality and effectiveness of the GINKO Control sticker through tests and clinical trials, which are indisputable scientific evidence. In order to determine the reactivity of entities to the GINKO Control Phone sticker, as well as the regulating properties of the sticker, numerous electrophysiological studies were carried out in February 2014 (acupuncture, university hospital in Nîmes). The double-blind and placebo tests on more than a hundred volunteers were carried out by Dr. D. PRAT PRADAL, university lecturer at the Faculty of Medicine MONTPELLLIER-NIMES, head of the department dealing with functional nervous system research and acupuncture at the university hospital CAREMEAU in NIMES. These studies have shown that the GINKO Control sticker is a passive system that effectively and continuously "neutralises" the harmful effects of radio frequencies on the electrophysical potential of mobile phone users.
It is worth noting that Dr. PRAT PRADAL ends his research by stating that the GINKO Control sticker placed on the back of the phone is an "active protection system"!
Dr. PRAT PRADAL's work on the GINKO Control sticker is the subject of a scientific publication.
Numerous clinical trials conducted by doctors and physicists from various reputable public institutions (I.E.S., C.N.R.S. University Hospital, ...) have shown the effectiveness of GINKO Control stickers, capable of improving the well-being of their users by objectively restoring the level of muscle and energy efficiency to that observed in an environment free from any radio frequency.
Currently, the effectiveness of the Ginko Control sticker is assessed on the basis of numerous tests on both its physical and electronic aspects (Professor ZANCA, biophysicist, specialist in nuclear medicine and magnetic resonance imaging at the University Hospital in Montpellier, Researcher in the physics laboratory of the University of Montpellier ((L2C, UMR5221 UM-CNRS) and its clinical aspects (Doctor GAUJAC, graduate of the Faculty of Medicine and Pharmacy in Toulouse, hospital worker, in cooperation with Professor ZANCA). This cooperation includes both the demonstration of phase shift and absorption of radio waves at the output of the sticker (network analyser), as well as the actual clinical effectiveness, which is currently based on the analysis of muscle performance while maintaining spatial balance. This analysis is based on short-term antigravitational muscle tests (tension level). These laboratory tests make it possible to unequivocally confirm the specific properties of the described stickers.
The Ginko Control sticker allows in fact for a phase shift of the incoming electromagnetic waves by 180°. It is "active", for example, in the wavelength range from 450 MHz to 7 GHz, thus covering 4G, 5G, but also GPS and satellite TV.
Double-blind test report GC-B20150617
About the influence of electromagnetic environment with radio frequency on the human body and the role of GINKO Control sticker with a 29 mm diameter attached to the casing of a mobile phone.
Professor M. Zanca 1.2
(1) Biophysics, nuclear medicine and functional magnetic resonance imaging (MRI), Montpellier University Hospital and Faculty of Medicine, Faculty of Nuclear Medicine, CMC Gui de Chauliac, 80 Avenue Augustin Fliche, 34295 Montpellier Cedex 5, France ([email protected])
(2) L2C, Montpellier Physics Laboratory, BioNanoNMRI team, NMR spectroscopy and imaging, UMR 5221 UM-CNRS, Montpellier University, Campus Triolet, bud. 50, address: place Eugène Bataillon, 34295 Montpellier Cedex 5, France ([email protected]).
Summary
This study, carried out on the basis of a semiological evaluation of antigravitational muscles, clearly indicates that an intensity increase of radio waves in the environment affects some of the performance of human muscles, namely reduces their efficiency. This effect, nociceptive but in most cases not pathological, seems to be proportional to the increase on RF intensity and sensitivity of the examined organism. However, it is possible to restore the baseline level of these muscle parameters by wearing the GINKO Control sticker. This level cannot be restored by carrying a placebo.
In conclusion, studies show that if the human body is sensitive to radio frequency electromagnetic waves, the GINKO Control sticker is able to significantly reduce their impact.
