Explore how amphiphilic polymers are revolutionizing material science by controlling surface wettability at the nanoscale
Explore the revolutionary world of non-optical lithography techniques that are pushing the boundaries of microchip manufacturing beyond the limits of light.
Explore how scientists are reprogramming virus fibers to create revolutionary medical treatments and smart materials through genetic engineering.
Explore how conducting polymers are transforming gas sensing technology with room-temperature operation, flexibility, and high sensitivity for environmental monitoring and medical diagnostics.
Discover how scientists are decoding nature's molecular language to develop revolutionary medicines, from cancer treatments to antibiotic resistance solutions.
Explore how advanced Atomic Force Microscopy techniques are transforming polymer science with real-time imaging and nanoscale chemical analysis.
Discover how hybrid materials combine organic and inorganic components to create revolutionary materials with enhanced properties and applications.
Explore the revolutionary potential of Nanocrystalline Cellulose (NCC) - a sustainable material stronger than steel, derived from plants, with applications in packaging, medicine, and electronics.
Explore how IRENA software revolutionizes small-angle scattering data analysis to reveal the invisible structures of the nanoscale world.
Explore the fascinating world of multifunctional magnetic iron oxide nanoparticles and their revolutionary applications in medicine and industry.