Explore how depth profile analysis reveals the hidden chemical architecture of coatings and thin layers that power modern technology.
Exploring the scientific legacy of Khusnutdin Shakhidoyatov and his groundbreaking work with plant alkaloids for pesticide detoxification and sustainable agriculture.
How immersive training simulations are dramatically improving athletic trainers' ability to recognize and respond to exertional sudden death conditions.
Explore the fascinating science behind selective carbon monoxide conversion, from adsorption mechanisms to cutting-edge catalyst development for cleaner energy solutions.
Exploring the groundbreaking work of B.E. Christopher Nordin and his calcium paradigm theory that transformed osteoporosis prevention and treatment.
Explore how NJmat 2.0, a data-driven ML interface, is revolutionizing materials science by predicting new materials with tailored properties before they are synthesized.
Discover how scanning electrochemical microscopy reveals nanoscale variations in hydrogen oxidation reaction activity on polycrystalline platinum electrodes.
Explore how immobilizing enzymes in microflow reactors is creating efficient, miniature labs-on-a-chip for green chemical synthesis.
Discover how single-atom catalysts embedded in metal-organic frameworks are transforming solar fuel production through artificial photosynthesis and CO2 reduction.
Exploring how biocatalytic membrane reactors combine biological catalysts with precision engineering to revolutionize sustainable manufacturing.