‘Extremely diluted solutions’ as multi-variable systems
- 51 Downloads
A large number of thermodynamic and transport measurements were conducted on ‘extremely diluted solutions’ (EDS). The physico-chemical results presented here allow us to hypothesize that the process of iterated dilutions and succussions is capable of modifying in a permanent way the features of water. A really intriguing phenomenon was the evolution of two physico-chemical properties with time. The calorimetric and conductometric measures were carried out as a function of the age of the samples. We found a good linear correlation between these two independent parameters, also as a function of time. A careful study of the phenomenon puts in evidence that these solutions are characterised by multiple independent variables. The EDS behave as complex systems, influenced by peculiar aspects of the preparation technique and also by the storage conditions. The EDS are far-from-equilibrium systems, capable of auto-organising themselves as a consequence of little perturbations.
Keywordscalorimetry conductivity extremely diluted aqueous solutions far-from-equilibrium system temporal evolution
Unable to display preview. Download preview PDF.
- 7.Samal, S, Geckeler, KE Chem. Commun.200112224Google Scholar
- 10.S. Hahnemann, Organon, VI Edizione, RED, 1985.Google Scholar
- 11.Castronuovo, G, Elia, V, Velleca, F 1997Curr. Top. Solution Chem.2125Google Scholar
- 20.Barone, G, Castronuovo, G, Crescenzi, V, Elia, V, Rizzo, E 1978J. Solution Chem.3197Google Scholar
- 21.C. J. T. de Grotthus, Ann. Chim. LVIII, 1806, 54.Google Scholar