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Biomedical subjects

A A Berezin

Publications and source records attributed to A A Berezin.

8 recordsLinked to original sources
PubMed1991

On the possible physical foundations of health related effects of crystals.

I propose a possible physical mechanism to account for widely claimed health related effects of crystals. The hypothesis relates the mechanism of such action to the isotropic diversity of crystals which leads to an enormous information storage capacity of crystal lattices. Sublattices of particular isotopes form an interactive network similar to simulated neural networks based on spin glass models.

Crystallization↗
PubMed1990

Isotopical positional correlations as a possible model for Benveniste experiments.

I suggest a hypothetic explanation of recently found 'memory effect' in water (water 'remembers' the presence of some biologically active molecules even when they are diluted to levels less then one molecule per total volume). My explanation is based on isotopic diversity water, namely that some positional correlations of stable isotope (H, D, 16O, 17O and 18O) might work as 'templates' of the originally dissolved molecules. These isotopic correlations are equivalent to the choice of a particular isotopic pattern out of the highly degenerate manyfold of potentially available patterns. This pattern is further reproduced at each next dilution level by some sort of 'locking-in' mechanism. Among possible physical candidates for such locking-in action is the polaronic self-stabilization in non-linear media.

Antibodies↗
PubMed1990

Isotopic diversity as an unexplored mind-matter dimension.

The existence of several stable isotopes for most chemical elements is a well known and widely used fact of chemistry. Nevertheless, despite all the attention given to the stable and radioactive isotopes of individual elements, there have been very few, if any, attempts to look at isotopicity as a single phenomenon in its own right. Some possible links between isotopicity and various structural and functional levels of organization of the material and informational realm are put forward in this article, which presents isotopicity as an independent and informationally active level of spontaneous pattern formation and self-organization, giving a flexible link between morphogenetic potentialia and the microscopic operational level of physico-chemical processing. A dynamical parallel is drawn between Anderson localization induced by an isotopic disorder and holographic mental processing interpretable as self-focusing of mental patterns and spontaneous creativity.

Biology↗