Explore how low-temperature oxidation chemically transforms coking coal, weakening metallurgical coke and impacting steel production efficiency and sustainability.
Discover how scientists identified three new benzophenone glucoside compounds from Planchonella obovata leaves and their potential medical applications.
Exploring the quantum properties of Bi₂Se₃ topological insulator through high-field magneto-conductivity analysis and its implications for future technologies.
Explore the quantum mysteries of water dimers - their vibrations, quantum tunneling, and far-reaching implications in atmospheric science and biology.
Exploring how NMR reassignment and acetylation experiments are revealing the true structure of indirubin, a traditional Chinese medicine compound with anticancer potential.
Discover how bioactivity-coupled HiTES revealed cebulantin, a cryptic lanthipeptide antibiotic with unique Gram-negative targeting properties.
Discover how scientists use UV-induced vibrational hydrogen Raman bandshape spectroscopy to measure extreme temperatures in flames and engines.
Explore how medicinal chemists synthesize novel bromobenzaldehyde derivatives and evaluate their mutagenic potential for safer drug development.
How a high-tech hunt for oxygen's purest color using Vacuum Ultraviolet Fourier-transform Spectroscopy is rewriting the textbooks
Discover how bioassay-guided fractionation is unlocking the molecular secrets of Jamun leaves for diabetes treatment through alpha-amylase inhibition.