Explore how physics provides the fundamental framework for chemical phenomena through quantum mechanics, spectroscopy, and the theory net concept.
Discover how scientists have captured the quantum fingerprints of the formaldehyde roaming reaction, revealing rotational resonances that challenge our understanding of chemical pathways.
Explore how scientists map chemical reaction pathways through crystal structures and computational analysis of 1,1'-(ethylene-1,2-diyl)dipyridinium compounds.
How the quest to feed the world unleashed the horrors of modern warfare through the chemistry of nitrogen fixation and the Haber-Bosch process.
Explore how 1932 reshaped our understanding of chemical bonds, molecular structures, and laid the foundation for modern chemistry through quantum theory and advanced instrumentation.
Explore how scientists are mapping chemistry's dark space using nanomole-scale synthesis and MALDI-TOF mass spectrometry to predict chemical reactions.
Explore how molecular geometry influences chemical behavior, quantum materials, and the future of chemical innovation through orbital frustration and geometric models.
Exploring the groundbreaking contributions of M.G. Evans to transition state theory and chemical kinetics that revolutionized our understanding of chemical reactions.
Explore the fascinating world of chemical reactivity - why atoms interact, how reactivity is measured, and witness the dramatic alkali metals experiment.
Explore the groundbreaking advancements in chemical science, from molecular movies to AI-designed materials and sustainable solutions.