Discover how scientists are creating programmable protocells - synthetic cell-like structures that mimic life's behaviors through combinatorial engineering.
Discover how CICR resin from industrial waste transforms bitumen for more durable, sustainable roads. Explore the science behind this innovative material.
Explore the groundbreaking advances in lithium-ion battery technology, materials optimization, and system up-scalable solutions that are transforming energy storage.
Explore how smart dust technology integrated with synthetic fibers is creating revolutionary applications in healthcare, environmental monitoring, and smart textiles.
Explore how PLGA-Hydroxyapatite composites are transforming bone regeneration through advanced biomaterials and 3D printing technology.
Explore how polymers, graphene, and carbon nanotubes are transforming technology, energy, and medicine with their extraordinary properties and applications.
Explore the world of ultra-high modulus polymers - engineered marvels with extraordinary stiffness, strength, and lightness that are revolutionizing fields from aerospace to medicine.
Explore how high-pressure X-ray diffraction studies reveal the hidden structures of liquids under extreme conditions, from planetary interiors to industrial applications.
Explore how photopolymer complex synthesis is revolutionizing additive manufacturing of functional materials with tailored properties for healthcare, electronics, and aerospace applications.
Explore the science behind pine-polyethylene composites, sustainable materials combining wood fibers with recycled plastics for eco-friendly applications.