Discover how Laser-Induced Breakdown Spectroscopy (LIBS) revolutionizes fluorine detection in bioactive glasses for medical applications.
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 how multiscale coupling and multiphysics modeling revolutionize our understanding of Earth's complex systems, from volcanic eruptions to earthquake prediction.
Explore how pharmaceutical scientists are overcoming the challenge of poorly water-soluble drugs through innovative delivery systems that enhance bioavailability.
Discover how polycyclic aromatic hydrocarbons (PAHs) transform from common pollutants into potent carcinogens when exposed to sunlight.
Explore the fascinating world of battery cathodes - the positive electrodes that power our modern devices, electric vehicles, and clean energy future.
Explore the fundamental principles of chemistry that govern our universe, from atomic structure to chemical bonding and the revolutionary Rutherford experiment.
Explore borophene, the revolutionary two-dimensional material challenging materials science with applications in electronics, energy storage, and quantum computing.