Explore ruthenium's unique chemistry and its revolutionary applications in cancer therapy, drug design, and medical technology.
Explore how computational methods and AI are transforming the discovery of crystalline inorganic solids, from battery materials to quantum computing components.
Explore the intricate chemical relationship between dissolved organic and inorganic compounds in Lake Baikal's tributaries and their impact on the world's deepest lake.
Discover how Metal-Organic Frameworks and computational screening are solving the photovoltaic green gap problem through innovative porphyrin-based materials.
Explore how benzoxazine-based polymers with low dielectric constants are revolutionizing electronics with faster signal speeds, heat resistance, and sustainable bio-based sources.
Explore how Ni/NiO microstructures with tunable oil adhesion are transforming oil control underwater, with applications in environmental cleanup and microfluidics.
Explore how catalytic metal-organic frameworks (MOFs) are transforming chemistry, from plastic recycling to clean energy production and biomedical applications.
Explore how hybrid nanomaterials combine different components at the nanoscale to create revolutionary technologies with synergistic properties.
Explore the breakthrough in organic-inorganic hybrid cathodes using PPy/ZnO nanofibers for advanced cold cathode technology with exceptional field emission properties.
Explore the fascinating quantum landscape hidden within ordinary solids and the groundbreaking experiments bringing strange quantum phenomena to light.