PSI Vol.31,No.1 December 2009 Thesis 3. pp.18-27.
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「水の自律リズムに働くコロイドの表面陰電荷について」
中島 敏樹*
(On the negative surface charges of colloids responsible for the autonomic rhythm of water)
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Abstract
The author thinks that an aqueous solution is a state of hierarchical structure which has both properties as ions and colloids (1). Although such obvious phenomena as coagulation, salting out and electrophoresis on the electrostatic interactions between ions and colloidal charges in an aqueous solution have been chemically elucidated, latent rhythmic phenomena are still not clear. The author has succeeded in clarifing the nature of intrinsic, autonomic rhythms, although only qualitatively, with the "dynamic order" of groups in the aqueous solution and the "activity" of its members as criteria, regarding the latent state of the interactions between the ions and colloidal charges in aqueous solutions, based on the spectrum data obtained by pulsed spectroscope "Aqua Analyzer" (2) and micro-dry light microscopy (3).
It was discussed that the mysterious solubility of water can be explained by the autonomic rhythms generated by colloidal charges in a previous paper entitled "On the mysterious phenomena in the aqueous solution of burned bovine meat-and-bone meal". In the current paper, the difference in autonomic rhythmic actions in "a group field" based on the qualitative differences in the ionic and colloidal charges was described. Also, it was elucidated that the autonomic rhythm enhances the hydrophilic effects = solubility = homogeneity of the solution.
The negative surface charges of colloids generate "autonomic rhythm" of the solution, strengthen the hydrophilic effects and cause the dynamic order and activation of the group. However, ions attach to the negative surface charges of colloids and stabilize themselves, while they inhibit the actions of negative surface charges of colloids. In other words, the solubility of ions is due to electrochemical actions, while that of colloids is based on physical hydrophilicity.
Especially, the actions of silicons which are situated at the core of structured minerals influence the colloidal charges. Silicates are super-micro stable charged colloid with typical negative surface charges generated by the SP3 hybrid orbital of silicon. Water molecules are always united with some hydrophilic silicates. It is ascertained that, in the solvent of "water", the solute "silica (SiO2)" is binding with water molecules more strongly than a water molecule are binding with other water molecules and that their interactions strongly affect the characteristics of water (5).
This paper describes the fact that the potential rhythmic functions of water are connected with its "dynamic order"and "activity". By analogy, it is suggested that those functions will lead to the elucidation of catalytic actions and enzymatic actions.
Keywords : Autonomic rhythm, negative surface charge of colloids,hydrophilicity,
Received : September 1, 2009
Accepted : October 5, 2009
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