Explore the revolutionary green synthesis of nanoparticles using plants, bacteria, and fungi for sustainable nanotechnology applications.
Discover how the CaSiO3 monolayer with P4bm symmetry could transform thermoelectric devices and green energy technology through its extraordinary properties.
Explore how nanorobots are transforming biomedical science through targeted cancer therapy, precision drug delivery, and advanced diagnostics.
Explore how zinc oxide nanoparticles are transforming wound healing through antibacterial, antioxidant, and regenerative mechanisms using sustainable green synthesis methods.
Exploring the neuroprotective potential of caffeic acid against Alzheimer's disease through multi-target mechanisms and innovative delivery systems.
Explore the sustainable approach to nanoparticle synthesis using biological resources and its transformative applications across medicine, agriculture, and environmental science.
Discover how scientists solved the nanoscale landing problem by controlling DNA origami orientation through magnesium concentration manipulation.
Explore how copper-doped polymer thin films are transforming cancer treatment through precision targeting and innovative therapeutic mechanisms.
Explore how hierarchical bottom-up assembly of optical active materials is revolutionizing biophotonic wearable devices through multimodal energy coupling.
Explore how nanopesticides are revolutionizing agriculture with targeted pest control, reduced environmental impact, and enhanced crop protection.