Explore how Linus Pauling and George Wheland bridged quantum mechanics and chemistry through resonance theory, revolutionizing molecular understanding.
Explore how machine learning is transforming quantum chemistry through accurate and efficient atomistic models with transferable accuracy.
Explore how quantum chemistry helps astronomers detect complex molecules in space through rovibrational spectroscopy.
Explore ORCA, the revolutionary quantum chemistry software that enables accurate molecular simulations and computational chemistry breakthroughs.
Explore the quantum secrets of porphyrins - the remarkable molecules behind chlorophyll, heme, and nature's vibrant colors through computational chemistry.
Discover how quantum chemical descriptors and PLS analysis revolutionize prediction of PCB logKOW values for environmental science.
Exploring Frontier Molecular Orbital theory, its applications in chemistry, and recent breakthroughs in single-atom catalysts and electron correlation.
Discover how scientists use a molecule's electron cloud to predict its behavior through distributed atomic polarizabilities.
Explore QM-symex, a groundbreaking database providing excited state information for 173,000 molecules, revolutionizing quantum chemistry and materials discovery.
Exploring how AI and quantum chemistry are transforming molecular discovery through in silico experiments, from quantum foundations to cutting-edge applications in drug design.