Explore how pyrolysis temperature transforms lignin-rich biorefinery residue into biochar with tailored properties for soil health, pollution remediation, and carbon sequestration.
Explore the sophisticated strategies scientists employ to build complex inorganic nanoparticles and recent breakthroughs in structural editing of MAX phases.
Explore how helical chains break crystal symmetry to create noncentrosymmetric solids with extraordinary properties like second-harmonic generation and chiral-induced spin selectivity.
Discover how phytochemistry is transforming leather tanning with sustainable plant-based alternatives to toxic chemicals and heavy metals.
Explore how carbon nanotubes are transforming gas phase catalysis with enhanced efficiency, selectivity, and stability in industrial chemical processes.
Explore how 3D MXene heterostructures are revolutionizing nanotechnology with enhanced properties for energy storage, sensing, and environmental applications.
Explore the science behind aesthetic appeal and how beautiful objects automatically capture our attention in visual search experiments.
Explore how molecular modeling and semiempirical quantum mechanical calculations are revolutionizing inorganic chemistry education and research.
Discover how 50-Kota's Chemistry Teacher Working Group is enhancing teacher competency to prepare students for the Chemistry Olympiad through targeted scientific interventions.
Explore how nanoimprint lithography is revolutionizing photonic devices for visible light applications in augmented reality, displays, and biomedical sensors.