Exploring the revolutionary applications and challenges of nanostructured surfaces in modern technology and medicine.
Exploring metal-encapsulating Si16 cage superatoms and their revolutionary potential in materials science.
How single-molecule reporters are revolutionizing our understanding of molecular behavior in mesoporous materials through advanced microscopy techniques.
Explore how UV radiation transforms gold nanoparticles into shape-shifting marvels with applications in medicine, biosensing, and green catalysis.
Exploring how AAO pore geometry controls CNT packing density for next-generation nanotechnology applications
Discover how scientists are revolutionizing platinum catalysis through atomic-level manipulation, boosting efficiency while reducing environmental impact.
Exploring Russia's advancements in nanocatalysts and how they're transforming industries through atomic-scale engineering.
Explore how scientists control gold nanoparticle size through innovative methods like Turkevich synthesis and seed-mediated growth for applications in medicine, electronics, and diagnostics.
Exploring how nanoscale engineering is transforming medicine with targeted therapies, atomic-level diagnostics, and regenerative technologies.
Exploring how nanozymes - artificial enzymes engineered from nanomaterials - are transforming biotechnology and medicine.