 A molecular dynamic study was conducted on Cuxedar 100x metallic glasses to investigate the effect of temperature and pressure on their rejuvenation process and mechanical properties. The results showed that increasing pressure at specific temperatures and material compositions reduces yield stress, stress drop and promotes enhanced ductility compared to the initial amorphous state. Additionally, high temperatures contribute to lower values of Young's, shear, and bulk moduli, as well as decreased yield stress and stress drop. The final yield strength increases with higher CU content for all structures at specific pressures and temperatures, and the level of rejuvenation is impacted by the amount of CU-vorinoy analysis revealed a higher fraction of denselapact clusters in the samples, and statistical analysis showed different correlations between pressure, temperature, and atomic composition with mechanical properties. This article was authored by S. Syad, M. Kanzadar, G. H. Lahirizadar, and others. We are article.tv, links in the description below.