The choice of exchange correlation function in time-dependent density functional theory (TD-DFT) has a great impact on accuracy
Author Archive for: Madhusudan Singh (10)
Choosing the Right Basis Set
The right choice of the basis set in quantum chemical calculations has a huge impact on the quality of the results
Closing the Gap in Spin Calculations for Open Shell Systems
Despite its importance, the theoretical foundations of Spin-DFT are not discussed clearly in the literature and text books
The Challenges of Accounting for Spin-States of Molecules
Quantum chemists hope to provide greater insights into areas as diverse as magnetic devices and metabolic processes in the human body
Best Theoretical Methods for Molecular Structures
Comparison of different computational methods to find the best theoretical methods for discovering large molecular structures
Two Quantum Chemists Win Sanibel Symposium Awards
Sanibel Symposium organizers and the International Journal of Quantum Chemistry award two young quantum chemists
Quantum Mechanical Spatial Dimensions for Biomolecules
Size of the QM region affects active site in quantum-mechanical molecular-mechanical molecular dynamics study of biomolecules
Sanibel Symposium
One of the oldest meetings in Quantum Chemistry, proceedings published in the International Journal of Quantum Chemistry
Effect of the Damping Function in DFT-D
Damping function shows closer connection to reality than traditional zero damping method in density functional theory (DFT) calculations
Can We Trust Docking Results?
Evaluation of seven commonly used programs on protein docking databases