Explore the fascinating structure and dynamics of the NiAl(110) surface through advanced scientific techniques revealing atomic-scale phenomena.
Explore how molecular dynamics simulations and vibrational analysis unlock the secrets of ionic liquid analogues for green technology.
Explore how structural dynamics reveals molecular motion through cutting-edge techniques like XFELs and cryo-EM, with applications from drug discovery to materials science.
Discover how catalysis is transforming chemistry and enabling sustainable solutions through innovative research and green chemistry principles.
Explore how scientists are learning to strategically intervene in chemical reactions to make them faster, more efficient, and more selective through cutting-edge methods.
Explore how the 1990 CAMSE conference revolutionized materials science through computational approaches, bridging quantum mechanics with real-world applications.
Explore how AI, advanced imaging, and electronic monitoring systems are transforming fisheries science for sustainable ocean management.
Exploring how enzyme evolution principles are being harnessed to create biomimetic technologies, nanozymes, and artificial enzyme systems for medicine and industry.
Discover how supercomputer simulations reveal the fascinating molecular choreography of soap molecules interacting with water through Ab Initio Molecular Dynamics.
Explore how CRISPR gene editing technology, derived from bacterial immune systems, is revolutionizing medicine, agriculture, and our ability to rewrite genetic code.