2003

By Dr. Auguste Meesen

ResearchGate

Professor Emeritus, Université Catholique de Louvain (UCLouvain) School of Physics

Louvain-la-Neuve, Belgium

C. Vedruccio invented an electronic system for non-invasive EM cancer detection, requiring only that a handy probe be moved a few centimetres over the surface of the body, close to the organ that should be tested. The probe contains a non-linear oscillator, emitting a very weak EM wave, with several frequency components (at 450, 900 and 1350 MHz, for instance). They are displayed on the screen of a spectrum analyser, which is fed by a small antenna that is situated about 2 meters away from the probe. The relative intensities of these spectral lines are predetermined, but when the probe is brought close to biological tissue, the height of one or several lines can be strongly reduced, according to the pathological state of the tested tissue. We explain this phenomenon, by establishing a mathematical model and by solving the resulting equations. Actually, the probe does stimulate minute electrical oscillations inside the tissue, but this requires an energy transfer, which is clearly detectable because of the peculiar properties of non-linear resonance interaction.

Auguste Meessen was born in 1932 near the Belgian-German frontier. He studied physics at the Catholic University of Louvain, where Georges Lemaître was one of his teachers. After his PHD, he was Research Associate at MIT, USA, and returned in 1962 to the UCL. He became there professor, teaching Quantum Mechanics, Theoretical Physics, Solid State Physics and Didactics for physics teachers. He was also in charge of their continued formation by means of regular seminars. He began with nuclear experimental physics and did like experimentation as well as theory. Physics advances, indeed, by discovering new facts and explaining them. This requires to conceive plausible hypotheses and to draw consequences that can be tested. Research continued after 1996, as professor emeritus. Becoming aware of enigmatic phenomena and trying to understand them is, indeed, a marvelous scientific job.

Publications were related to research in three different directions: 1) Basic Physical Problems that require new approaches, 2) Science and Society calling for shared responsibilities, 3) Unconventional Flying Objects. They have often been observed, but are still mysterious. The main difficulty is always to separate facts from ideology. This appeared in an instructive way by studying the phenomenon of water memory.

Principle_of_an_EM_Cancer_detector

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