Explore the cutting-edge synthesis of polypeptide-silica hybrid materials through surface-initiated N-carboxyanhydride polymerization and their revolutionary applications.
Discover how the BTP ligand, a versatile three-pronged molecular connector, is transforming supramolecular and coordination chemistry with its unique properties and applications.
Explore the fascinating kinetics of ethanediol oxidation by peroxydisulfate catalyzed by silver ions - a molecular dance with significant implications for chemistry and industry.
Explore the fascinating world of material science and discover how atomic structure determines material properties and enables technological innovation.
Explore how impurities in antiferromagnetic transition-metal oxides disrupt symmetry and create new optical transitions, enabling revolutionary technologies in spintronics and quantum computing.
Discover how ferroelectric liquid crystals are revolutionizing nonlinear optics with their fluid properties and strong polarization for quantum devices and advanced displays.
Explore how the ACS Nanoscience Subdivision is advancing nanoscale research and transforming technology through interdisciplinary collaboration.
Discover how anion effects in solvothermal synthesis are being explored using in situ X-ray diffraction to create advanced materials.
Explore the fascinating world of borazine, the inorganic benzene revolutionizing material science with its unique properties and applications.
Discover the revolutionary world of Metal-Organic Frameworks (MOFs) - porous materials with extraordinary surface areas and applications in carbon capture, water harvesting, and energy storage.