Discover how bridged and unbridged M₂Li₀ complexes are revolutionizing our understanding of chemical bonds and catalysis.
Exploring the key challenges facing modern chemistry including sustainability, theory-practice gaps, and interdisciplinary barriers that shape scientific discovery.
Explore how M. G. Evans helped develop transition state theory, revolutionizing our understanding of chemical reactions and catalysis.
A scientific tribute to Shigeru Nagase, the theoretical chemist who solved the mysteries of fleeting molecules through computational chemistry and predictive modeling.
Explore how analogical reasoning has shaped chemical history, from groundbreaking discoveries to misleading fallacies.
Explore the fascinating story of how Priestley and Lavoisier's rivalry over oxygen discovery revolutionized chemistry through facts, ideas, and language.
Explore the fundamental principles of chemistry that govern our universe, from atomic structure to chemical bonding and the revolutionary Rutherford experiment.
Explore how simple kitchen chemistry using red cabbage can reveal the fascinating world of pH indicators and acid-base reactions in high school classrooms.
Exploring how the Finnish chemistry matriculation exam serves as a comprehensive summative assessment tool evaluating scientific thinking and literacy
Explore the fascinating world of non-equilibrium chemistry where fluids spontaneously develop swirling spirals, pulsating spots, and intricate lattices through pattern selection and phase fluctuations.