Discover how silane-treated rice husks enhance strength and toughness in green poly(butylene succinate) composites, creating sustainable alternatives to conventional plastics.
Explore the revolutionary world of polymer-metal nanocomposites and how conjugated polymers are transforming material science with multifunctional capabilities.
Explore how nanoimprint and FIB technologies are revolutionizing metallic glass materials for biomedical and technological applications.
Explore the revolutionary world of low-density open cellular sponges - advanced materials transforming environmental cleanup, drug delivery, and industrial processes.
Explore how new materials are transforming packaging into smarter, more sustainable solutions through bio-based materials, smart packaging, and innovative designs.
Explore the fascinating world of two-dimensional soft nanomaterials - flexible, programmable materials revolutionizing medicine, electronics, and technology.
Explore the fascinating world of polymer additives - the 'vitamins for plastics' that transform basic polymers into high-performance materials for modern applications.
Explore how geopolymer chemistry creates sustainable, high-strength bonds between glass and steel, revolutionizing construction materials.
Discover how carbon nanopaper, a revolutionary nanomaterial stronger than steel and more conductive than copper, is transforming technology across industries.
Discover low-cost demonstrations to teach materials structure using everyday items. Learn how atomic arrangements dictate material properties through hands-on experiments.