Explore how scientists use counter-anion hydrophobicity to precisely control pore size in poly(ionic liquid) membranes for advanced separation technologies.
Explore the science behind liquid crystal main-chain polymers (MCLCPs) and their revolutionary applications in high-performance fibers stronger than steel.
Discover how graphene-based membranes are revolutionizing electron microscopy, enabling unprecedented observation of molecular interfaces and chemical reactions.
Explore the revolutionary world of fiber electronics - from healthcare monitoring to global communications and the science behind this transformative technology.
Discover how Lattice Boltzmann Method simulations are transforming our understanding of fiber-based microstructures and enabling revolutionary material designs.
Discover how scientists use innovative vapor sorption methods to map the glassy to rubbery transition in polydextrose, ensuring food and pharmaceutical stability.
Explore how scientists use advanced spectroscopic techniques to capture molecular movies of inorganic excited states, revealing chemical reactions at femtosecond timescales.
Explore how acid-base interactions revolutionized adhesion science through the pioneering work of Professor Frederick M. Fowkes.
Explore how additive manufacturing is transforming traditional production methods through layer-by-layer construction, from medical implants to aerospace components.
Explore how polymer science has evolved from mimicking nature to engineering molecular-level control, transforming technology, medicine, and industry.