Veränderung von Struktur und Symtemorganisation der Lösung durch Potenzierung (Teil 1)

Journal/Book: Allgemeine Homöopathische Zeitung. 1992; 237/3: 91-94.

Abstract: In order to understand the quality of a material system, the concept of supermolicular system organization has been introduced. Each material system reacts as a unity, and this requires different parts, such as molecules, which act in concert with all of the other parts, as if every part "knew" just precisely how best to maintain the integrity of the whole system under varying conditions. Four groups of water molecules are required for the existence of liquid water, which may be grouped according to their hierarchical significance: 1. molecules at the interface, 2. molecules at the inner surface, such as around dissolved gas molecules, 3. molecules around hydrophilic solutes, 4. all other water molecules. In supercooled water the dynamic features are improved, as the higher hierarchic levels become more differentiated and the lower ones less differentiated. Analogous changes occur in the cours of potentiation; structural information from the solution is spread over the more diluted solution, where it is fully integrated, and at the sam etime, the gas-solubility is increased. Shaking helps both the quick dissolution of the gasses and the strenghthening of the higher levels. In ths way the higher levels attain undisturbed dominance over the whole system. The system organization and the dynamic features are improved by potentiation in such waxs that the highest precision of the remedy information is provided in the highly potentized remedy.

Keyword(s): Arzneimittelinformation, supermolekulare Systemorganisation, physiko-chemische Vorgänge bei der Potenzierung, Hochpotenzcharakteristik

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