Published Paper Details:

The mechanism of action of highly diluted homoeopathic medicines has remained a subject of scientific debate, primarily due to the apparent absence of material molecules in ultra-high potencies. Recent advances in nanoscience have introduced new theoretical and experimental perspectives that may help explain certain physicochemical properties of homoeopathic preparations. Evidence from material science studies suggests that processes such as trituration and succussion can lead to the formation of source-derived nanoparticles and nanostructures, potentially influencing biological systems at extremely low concentrations. This review critically examines existing literature on nanotechnology in relation to homoeopathic pharmacy, including experimental findings, theoretical models, analytical techniques employed, and methodological limitations. The article further explores the potential implications of nanotechnology for drug standardization, quality control, and research development in homoeopathic pharmacy. While emerging evidence is promising, the review emphasizes the need for reproducible, interdisciplinary, and methodologically rigorous studies to establish scientific credibility.