Exploring the predictions from the 2002 FATIPEC Congress on coatings technology and how they shaped today's multifunctional paints and coatings.
Explore how scientists are engineering crystalline materials at the atomic level to create custom-tailored substances transforming industries and innovation.
Explore how organo-hybrid nanomaterials are revolutionizing medicine, energy, and manufacturing through molecular engineering.
Explore how electron-induced chemistry enables atomic-scale manipulation and drives advancements in nanotechnology, from microchip manufacturing to medical breakthroughs.
Discover how a year of chemical discovery is shaping our future through molecular engineering, self-assembling drug delivery systems, and sustainable chemistry.
Explore the fascinating world of inorganic materials chemistry, its fundamental concepts, modern applications, and groundbreaking research in energy, medicine, and technology.
Explore how chiral inorganic crystals with helical structures are transforming technology through their unique electronic and optical properties.
Explore how HAADF-STEM analysis reveals atomic-scale composition distribution in InAlAsSb solar cell layers and its impact on renewable energy technology.
Explore plasma etch transfer technology using self-assembled polymers for semiconductor manufacturing and nanotechnology applications.
How scientists are performing atomic-scale surgery on silica to create the ultimate chemical tools through Surface Organometallic Chemistry at Periodic Mesoporous Silica (SOMC@PMS).