Abstract
This study is focused on Nanostructured AgO due to its novel properties. Here AgO-NWs manufactured bylow-cost, fast green synthesis using curcumin extract. AgO-NWs structures were characterized by FESEMfield emission electron microscope scanning. Uniform distribution can be seen for the AgO -NWs. TheAgO -NWs thin film exhibits a promising giant third-order nonlinearity and ultrafast character. It behavesas a tunable refraction and absorption character the exciting energy is varied in the range of 80–120 mJ.Silver is a wide-spectrum natural antimicrobial agent that applies to patented wound dressings with broadapplications. Today, AgO -NWs have attracted attention in Biophotonic Sensor. Here, AgO-NWs used to asantimicrobial agent against common infecting pathogenic microbes E-coli. The results demonstrated that theAgO-NWs against pathogenic bacterial organisms, they have possible antimicrobial activity and could beregarded as an alternative antibacterial agent.
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