Discover how Metol, a photographic developer, acts as a powerful corrosion inhibitor for steel through advanced theoretical calculations and molecular simulations.
Explore how isothermal quenching of Cu47Ni8Ti34Zr11 alloy creates revolutionary metallic glasses and nanostructured alloys with unique properties.
Exploring the transformation of toxicology education through computational methods, virtual experiments, and innovative evaluation systems.
Explore the fascinating reaction between cyano radicals and phenylacetylene, revealing how complex organic molecules form in interstellar space and their implications for astrochemistry and combustion processes.
Explore how analogical thinking both advanced and hindered the development of chemistry, from alchemy to the structure of benzene.
Explore how the MIT-WHOI Joint Program trains the next generation of ocean acousticians to study the hidden symphony of sounds beneath the ocean's surface.
Explore the fascinating world of planar chromatography, its modern applications, breakthrough experiments, and future innovations in separation science.
Explore the fascinating world of vibronic interactions and the Jahn-Teller effect, from quantum computing to advanced battery technology.
Explore the fascinating science of granular materials - substances that exist between solid and liquid states with unique behaviors and applications across industries.
Exploring the impact of the 12th European Conference on Computational and Theoretical Chemistry (EUCO 2019) held in Perugia, Italy.