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ECH GENERAL ASSEMBLY – XVIII Symposium of GIRI12 to 14th of November 2004 Scientific Report experiments of this team are published (Dr Lucietta Betti. DISTA-department of Agroenvironmental Science and Technology. University of Bologna.).
Experiments are well led, in controlled conditions, with a sufficient number of plants, animals or cells, with a fair statistical treatment. The facts are indisputable, statistically significant, reproducible, even if they cannot be explained using the molecular paradigm.•The second question to be addressed is the content of homeopathic very high diluted preparations. Professor Jean Cambar introduced the theme asking what are the contributions of the different spectroscopy’s ( Raman, Ultraviolet, X or Magnetic Nuclear Resonance) to show the structure of water and solvents in high dilutions? What is the real pertinence of Avogadro number to evaluate the precise pattern of molecules?
Can a dilution work without any molecule? One ofthe most innovative perspectives in this last decade was to demonstrate that the activity and effectiveness of high dilutions occurred as well in presence of molecules (even with only some molecules) as in organized structured solvent without any molecule and also depends oninformation level (material or immaterial information). Professor Louis Rey, Doctor ès sciences, Lausanne, a specialist in low temperature thermoluminescence already published on the topic in international journalsNature(1988;391:418),C.R.Physique(2000;1:107-110). He presented the latest results of the experiments he carried together with Dr. Philippe Belon on the thermoluminescence of ultra-high dilutions of lithium chloride and sodium chloride.
The conclusions are : Ultra-highdilutions of lithium chloride and sodium chloride (10-30g cm-3) have been irradiated by x- and- rays at 77K, then progressively rewarmed to room temperature. During that phase, their3
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Report thermoluminescence has been studied and it was found that,
despite their dilution beyond the Avogadro number, the emitted light was specific of the original salts dissolved initially. Much to our surprise, the experimental results do show, without any ambiguity, the specificity of the contained information, these findings did prove to be reproducible in the course of many different identical experiments. As a working hypothesis, we believe that this phenomenon results from a marked structural change in the hydrogen bond network initiated at the onset bythe presence of the dissolved ions and maintained in the course of the dilution process,probably thanks to the successive vigorous mechanical stirrings.Physica(2003;A323:67-74).Professor Guadalupe Ruiz-Vega from the Michoacana de San Nicolás de Hidalgo University(Morelia – Mexico) presented her most recent publications in the field of thermodynamic. She could demonstrate the biological effect of two ultra-low-dose compounds. Publication inprocess.The use of modern techniques in the hand of specialists is the best way to show sceptics that the experimental facts are well grounded and confirmed by such reproducible experiments. Even in ultra-molecular homeopathic dilutions specific information of the prime dissolved substance still remains in the preparation and can be detected explainingits efficacy.•The third question to be addressed is the theoretical framework in which the effects of homeopathic diluted preparations could be explained. Two G.I.R.I. members (Groupe International de Recherche sur l’Infinitésimal, seewww.giriweb.com) Professor Madeleine Bastide (University of Montpellier) and AgnèsLagache (Professor of Philosophy, Paris) are working on this topic since 16 years. A new paradigm for medical sciences is needed to explain these facts and to allow more accurate research models in the future. A working group of 7 members applied this new paradigm tothe analysis of experimental results.4
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