Department of MME, Indian Institute of Technology (Indian School of Mines), Dhanbad, Jharkhand, India.
Independent Researcher, Howrah, West Bengal, India.
Homeopathy. 2021 Nov;110(4):277-282. doi: 10.1055/s-0041-1726007. Epub 2021 May 12.
Active ingredients are unlikely to be present in homeopathic dilutions that surpass the Avogadro limit. Yet responses of biological systems to these substances-chemically equivalent to water and indistinguishable from one another-are specific to the materials that are diluted away. This article addresses this challenging problem of homeopathy by identifying its underlying cause through a quantum electrodynamics-based "structural model" stated as: Succussed serial dilutions in water carry information about the solute via solute-specific water structures. The model is verifiable by our three-stranded set of experiments-nuclear magnetic resonance spectroscopy, anomalous dielectric dispersion, and atomic force microscopy. The results, some of which are presented here, directly or indirectly indicate that even extremely diluted solutions, devoid of any gross presence of the solutes, contain solute-reminiscent water structures. Apart from contributing to understanding high-dilution phenomena, these findings are expected to create an impact in the areas of medicine, pharmacopeia, and biology. Succussed aqueous dilutions acquire altered water structures with change of starting material: thus, their altered properties may be ascribed to these water structures, akin to allotropes of carbon. This theory justifies water structures as potential information carrier through succussed serial dilutions.
活性成分不太可能存在于超过阿伏伽德罗极限的顺势疗法稀释液中。然而，生物系统对这些物质的反应——与水在化学上等效且彼此无法区分——是特定于被稀释的物质的。本文通过基于量子电动力学的“结构模型”来解决顺势疗法的这一具有挑战性的问题，该模型表述为：水的受激连续稀释通过溶质特异性的水结构传递有关溶质的信息。该模型可以通过我们的三组实验——核磁共振波谱、异常介电色散和原子力显微镜来验证。结果，其中一些在此呈现，直接或间接地表明，即使是极其稀释的溶液，即使没有任何溶质的明显存在，也包含溶质相似的水结构。除了有助于理解高稀释现象外，这些发现预计将在医学、药典和生物学领域产生影响。受激水稀释液随着起始材料的变化而获得改变的水结构：因此，它们改变的性质可以归因于这些水结构，类似于碳的同素异形体。该理论将水结构作为通过受激连续稀释传递潜在信息的载体。
