“…This is attributed to their crucial physicochemical properties, including being a p-type semiconductor with a narrow band gap [16], catalytic activity [17], and optical and magnetic properties [18]. CuO NPs can be applied to applications in various domains such as dye degradation [19], energy storage [20], chemical industries [21], solar cells [22], antifungal and antibacterial treatments [23], antiinflammatory effects [24], antioxidant properties [25], and anticancer research [26]. Reports exist on the synthesis of CuO nanoparticles from different plant species, including Annona squamosa [27], Psidium guajava [28], Bougainvillea [29], Catharanthus roseus [30], Houttuynia cordata [31], Justicia gendarussa [32], Aerva javanica [33], Cissus vitiginea [34], Colocasia esculenta [35], Lantana camara L., and Nerium oleander L. [36] etc.…”