Discover how Metal-Organic Frameworks are used as blueprints to create precise cobalt oxide nanoparticles through pyrolysis, revolutionizing nanotechnology.
Explore how artificial intelligence and big data are revolutionizing aerogel research, enabling the development of advanced lightweight materials with unprecedented properties.
Discover how scientists use adaptive gold nanoparticles to cross cell membranes for advanced drug delivery and precision medicine.
Exploring how plasma and wet processes affect silicon-rich anti-reflective coatings for advanced semiconductor manufacturing at sub-20nm technology nodes.
Exploring how virus-based supramolecular structures are transforming materials science, medicine, and technology through innovative nanotechnology approaches.
Explore how metallic and inorganic nanoparticles are revolutionizing medicine, environmental remediation, and technology through their unique properties and applications.
Explore how hybrid materials combine different substances at the nanoscale to create revolutionary properties with applications in energy, medicine, and sustainability.
Explore how inorganic photoresists using metals like hafnium and tin are overcoming the limits of organic materials to enable smaller, more powerful semiconductor technology.
How scientists are designing ultra-thin, super-smart films to protect everything from skyscrapers to smartphones from the relentless attack of corrosion.
Discover how scientists are boosting artificial enzymes by fusing them with gold nanoparticles, where shape is the key to unlocking their superpowers.