Explore how biological synthesis using plant extracts is creating sustainable nanosized sulfide semiconductors with applications in medicine, solar energy, and environmental remediation.
Discover how ecodesign principles are revolutionizing silica sol-gel materials through sustainable chemistry and innovative manufacturing processes.
Exploring how sediment processes during monsoon seasons threaten water security in Asian reservoirs through flocculation and erosion.
Explore how Professor Julia Y. Chan combines her musical background with materials chemistry to make groundbreaking discoveries in quantum materials and superconductors.
Explore the Royal Academy of Medicine in Ireland's History of Medicine Section and its vital role in connecting medicine's past with its present and future.
Explore how nanotechnology is revolutionizing battery technology, enabling faster charging, higher energy density, and longer-lasting power solutions.
Explore the remarkable applications of organic tellurium compounds in medicine, energy storage, and electronics. Discover how this rare element is revolutionizing modern technology.
Discover how zero-dimensional metal halides are revolutionizing blue light emission technology for displays and lighting.
Exploring how zirconium-enhanced hybrid silicate sol-gel coatings provide advanced corrosion protection through controlled hydrolysis and chemical bonding.
Explore how synchrotron X-ray diffraction reveals atomic structures in minerals and materials, with applications from geology to advanced technology.