AI Article Synopsis
- The study explores how ultra high dilutions (UHDs) interact with solvents like water and ethanol, and how these interactions may impact living organisms.
- The authors build upon previous research from 1994, incorporating new findings to better understand the theories surrounding UHDs.
- Although many experimental observations remain controversial, there are indications that electromagnetic fields play a significant role in how information is stored and transferred within UHDs, suggesting complex interactions between the diluted substances and living systems.
Article Abstract
Introduction: The different mechanisms: A. of the interaction between the molecular mother substance and the solvent water or ethanol B. of the storage of molecule-specific information in the solvent. C. the physiological basis of the sensitivity of the living organism towards an ultra high dilution (UHD). D. the mechanism of the interaction of the test dilution with the organism are largely unknown. Several ideas have been postulated, and experiments to test them carried out in physics and in biology.
Method: The authors revisited a 1994 contribution on 'preliminary elements of a theory on UHDs' and updated it with regard to more recent literature and research findings.
Results: Although the experimental basis can still be questioned in most cases, remarkable fundamental observations have been made to explain the effects of UHDs. For some topics in question, it appears that information specific properties of the diluted substance to be transferred is stored by means electromagnetic fields. The interaction between the UHD and the organism seems to be electromagnetic in nature. The transmission of information from (bio-)molecules to the UHD is of special interest. Again, electromagnetic actions and vector potential fields appear to be implicated.
Conclusion: The mechanisms of information storage and transfer in UHDs are far from fully understood, but progress has been made at experimental and theoretical levels.
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| http://dx.doi.org/10.1016/j.homp.2015.09.010 | DOI Listing |
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