Discover how 3D porous graphene self-assembled on zinc fibers revolutionizes PCB detection through advanced solid-phase microextraction technology.
Discover how pillararenes, discovered in 2008, are transforming supramolecular chemistry with applications in drug delivery, environmental cleanup, and advanced materials.
Learn how extractive crystallization with thiourea isolates beta-phellandrene from complex terpene mixtures using molecular cage structures.
Explore how nutrient depletion in the Southern Ocean impacts atmospheric CO2 levels and global ocean chemistry through scientific research and climate modeling.
Celebrating 100 years of vitamin research and exploring the future of nutritional science with recent breakthroughs in vitamin B1, vitamin D, and biofortification.
Explore how scientists use salting-out methods to fractionate humic acids and understand soil's complex chemistry
Exploring the symbiotic journey of iron and organic matter that connects forest, river and ocean ecosystems through microscopic interactions
Explore how 3-hydroxycinnamic acid serves as a central building block for bent-shaped liquid crystals with extraordinary properties and applications.
Explore how interdisciplinary science is revealing Hungary's subsurface hydrocarbon contamination through geophysical, geochemical and microbiological methods.
Explore Louisiana's water crisis during 1990-1992, including coastal restoration efforts, flood management strategies, and scientific innovations that shaped modern water management.