Explore how silicon is transforming dendritic polymer chemistry, creating materials with enhanced stability, unique electronic properties, and unprecedented functionality.
Discover how scientists are decoding wood's mechanical properties through advanced tools that probe its intricate molecular architecture.
Discover how plasmonic nanoparticles use light to combat antibiotic-resistant bacteria and revolutionize medical treatments.
Explore how metal-polymer nanocomposites are creating revolutionary materials with extraordinary antibacterial, catalytic, and functional properties.
Explore how TiO₂-based nanofibrous membranes are transforming environmental protection through advanced nanotechnology and photocatalytic processes.
Discover how scientists are filming the molecular drama behind material strength through mechanical unfolding and bond dissociation.
How active-feedback 3D tracking microscopy is revealing the secret growth kinetics of single polymer particles in solution.
Explore the fascinating world of polymeric composite materials, their properties, applications, and future potential in transforming technology and sustainability.
Discover how a functionalized dextrin/graphene oxide composite offers a sustainable solution for removing Congo red dye and chlorpyrifos pesticide from water.
Discover how RNA's unique properties are being harnessed to build targeted cancer therapies with undetectable toxicity.