The higher potentization removes the sugar layer and exposes Au NPs. With the repeated successions in the solution, the layer of sugar moves away from the top of the NPs, and the surface of the NPs is coming out. The more surface of these NPs comes out, the more quickly it will react with human health and increase its medicinal effect. At low dilution, there is a significant carbon sheet/layer and Au NPs embedding on it. However, in the case of high dilution, we observed that instead of this sheet/layer, each particle is wrapped in a sheet. Also, we have observed that the surface of the nanoparticle is more reactive. Therefore, this reactive surface of each particle can easily attach to the human organ and quickly cure diseases. Raman analysis shows that the D band and G band of carbon have been created, and their intensity has changed with dilution. Therefore, we can say that when we do more and more dilution, the properties of nanoparticles become more prominent and the less the dominance of lactose. Simultaneously, when we shake it repeatedly, the layer of sugar is removed from the surface of the NPs, and the NPs are exposed; thus, the nanoparticles are more capable of working in human health. Tindal effect shows the particles in the solutions, and the number of these particles increases with shaking. The reason for the increase in particle size is that we can see that more and more water bubbles are forming as we go. This is why homeopathic medicines need to be shaken repeatedly before taking them to make them more effective. We may conclude that higher potencies of Aurum Met expressing the dynamic action in the presence of Nanoparticles. In the drag-delivery system, the agglomeration and clustering of nanoparticles have a wide range of applications. In homeopathy medicine, these agglomeration and clustering have an enormous effect due to the presence of nanoparticles. In higher dilution, the nanoparticle surface energy, particle-particle interaction, ionic strength, uniform distribution etc. determine the effectiveness in several applications. Therefore, we believe that this work provided a new pathway for future applications in the drug delivery system.