Discover how enzyme-mediated addressing is transforming materials science with precision protein coatings across diverse materials including metals, polymers, and natural substrates.
Discover how X-ray emission spectroscopy uncovers the molecular architecture of poly(ethylene oxide) and other polymers, revolutionizing materials science.
Explore the groundbreaking discoveries from the First Pacific Polymer Conference in 1989 and how they shaped modern polymer science, from biodegradable plastics to conductive polymers.
Explore how reaction orthogonality revolutionizes polymer science, enabling precise synthesis of complex materials through selective chemical reactions.
Explore how functional materials are revolutionizing technology, from carbon capture to solid-state batteries and beyond.
Explore how large-scale electrospray ionization is revolutionizing nanocoating technology for advanced materials science applications.
Explore how Classical Density Functional Theory is reshaping materials design and fluid understanding with computational efficiency and groundbreaking applications.
Explore how Indian scientists are advancing materials science through in-situ X-ray spectroscopy at Indus-2 and developing revolutionary neutron supermirrors for atomic-level research.
Exploring the XXIII Czech-Polish Seminar on Structural and Ferroelectric Phase Transitions and the fascinating science behind material transformations.
Explore the revolutionary world of polymeric composite materials - their structure, applications, and future potential in modern technology.