How combining ion exchange and solvent extraction created a powerful tool for chemical separations, from nuclear waste cleanup to rare earth element purification.
Exploring how polycrystalline pentacene enables singlet exciton fission to potentially double solar energy harvesting efficiency.
How scientists are reengineering calcium carbonate at the nanoscale to create super-sponges for environmental remediation.
Explore the science behind stone consolidants that protect our cultural heritage from decay, pollution, and time.
Breakthrough in tracking electron transfers between metal atoms in bifunctional catalysts using wavelength-dispersive X-ray emission spectroscopy.
Exploring how Atomic Layer Deposition (ALD) enables precise modification of 1D nanostructures for revolutionary applications in biosensing and nanotechnology.
Exploring the revolutionary potential of L1₀-ordered FePt multilayer films in data storage and beyond.
Discover how metal oxide nanoparticles are transforming environmental remediation by neutralizing toxic chemicals in water and soil.
Discover how powder X-ray diffraction reveals the crystalline microstructure of corundum, from rubies to industrial ceramics, and its impact on material science.
Discover how spectroscopy reveals the hidden messages in light, from atomic electron transitions to cosmic chemical analysis.