Explore how ionic liquids are enhancing magnetorheological elastomers, creating programmable smart materials with applications in robotics, biomedical engineering, and adaptive technologies.
Explore how data science and AI are transforming organic chemistry, enabling real-time reaction analysis and predictive modeling of chemical processes.
Discover how skeletal editing enables chemists to perform atomic-scale surgery on molecular frameworks, transforming medicine and materials science.
Explore how computer-assisted dyestuff design and synthesis is transforming color creation through AI, quantum chemistry, and automation.
Explore the fascinating molecular assembly of cyanuric acid and melamine in water, from hydrogen bonding to environmental implications and toxicity concerns.
Exploring breakthroughs in artificial photosynthesis technology that mimics and surpasses natural leaf processes for clean energy production.
Exploring advanced oxidation processes and nature-based solutions for removing endocrine-disrupting chemicals and pharmaceuticals from reuse water
Discover how alcohol dehydrogenase from Thermoanaerobacter, discovered in Yellowstone's hot springs, is transforming pharmaceutical manufacturing with its heat stability and precision.
Explore how nitrogen atoms are revolutionizing cancer treatment through targeted drug development and molecular precision.
Discover how a novel extractant molecule is transforming copper recycling through selective solvent extraction technology.