Discover how degradable polymer-based nanoassemblies are transforming breast cancer treatment through precise targeting and reduced side effects.
Explore how colloids and interfaces power modern medicine, from milk to mRNA vaccines and targeted cancer therapies.
Discover how scientists are creating stronger, tougher plastics using clay nanocomposites and Poly(ethylene oxide) modification.
Explore how laser wafer singulation technology is revolutionizing microchip manufacturing and enabling advanced hybrid bonding for next-generation electronics.
Explore how amphiphilic polymeric core-shell nanoparticles, created through emulsion-based synthesis, are transforming medicine, environmental cleanup, and advanced materials.
Explore how nanotechnology and reactive polymers are transforming ordinary asphalt into smart, corrosion-resistant road materials that protect infrastructure.
Explore how bacterial cellulose, a sustainable biomaterial produced by bacteria, is revolutionizing industries from medicine to fashion with its exceptional properties and environmental benefits.
Discover how scientists are unlocking the secrets of biological architecture through sponge cell cultures and spicule formation.
Discover how electroconductive PET/SWNT films created through solution casting are revolutionizing flexible and transparent electronics.
Explore the science behind thermal spray coatings, from molten splats to protective surfaces that enhance performance in aerospace, energy, and medical applications.