Explore how hydrogen bonds enable molecular self-assembly to create complex biological structures and advanced materials through precise, reversible interactions.
Explore the fascinating world of supramolecular chemistry - the science of molecular assembly through non-covalent interactions and its revolutionary applications.
Explore how yttria-stabilized zirconia (YSZ) coatings created via sol-gel route protect critical components in aerospace, energy, and medical applications.
Explore the fascinating science of supercritical fluids - a unique state of matter that defies classical definitions and reveals behaviors we are only just beginning to understand.
Discover how enzyme-mediated addressing is transforming materials science with precision protein coatings across diverse materials including metals, polymers, and natural substrates.
Exploring how spider web-inspired technology is creating revolutionary micro-sensing devices with unprecedented sensitivity and efficiency.
Exploring the groundbreaking research presented at ILCC 2010 in Krakow, where scientists bridged microscopic molecular worlds with macroscopic reality through liquid crystal science.
Discover how biaxial geogrids are transforming concrete construction with improved ductility, corrosion resistance, and crack control.
Discover how X-ray emission spectroscopy uncovers the molecular architecture of poly(ethylene oxide) and other polymers, revolutionizing materials science.
Discover how PVFA-co-PVAm polymer acts as a molecular bodyguard, protecting metals from corrosion through advanced adsorption mechanisms.