Linked from

The 25 pages that link to Quantum chemistry, each with the reason it gives.

• Chemical bondNarrower topic: Its calculations provide precise bonding descriptions where introductory models become inadequate.

• Molecular orbital theoryNarrower topic: Molecular orbital theory became one of quantum chemistry's central bonding models.

• Potential energy surfaceNarrower topic: Electronic-structure calculations provide energies across nuclear configurations.

• Valence bond theoryNarrower topic: Valence bond theory is one of quantum chemistry’s foundational approaches to molecular structure.

• Linus PaulingNarrower topic: Pauling brought quantum mechanics to bear on chemical bonding and molecular structure.

• Fritz LondonNarrower topic: London’s hydrogen-molecule calculation helped establish quantum chemistry as a field.

• Walter HeitlerNarrower topic: The Heitler–London treatment helped establish quantum mechanics as an explanation of chemical structure.

• Robert S. MullikenNarrower topic: Mulliken helped establish it as a field with molecular orbitals at its core.

• Atomic unitsNarrower topic: Atomic units are a standard convention for theoretical calculations in this field.

• Rudolph A. MarcusNarrower topic: Marcus theory helped bring electronic structure and molecular motion together in reaction-rate explanations.

• Michael LevittNarrower topic: The quantum description supplies chemical accuracy for the reactive region in multiscale models.

• Hellmann–Feynman theoremNarrower topic: Molecular energy gradients are a central use of the theorem.

• Molecular modellingNarrower topic: Molecular modelling includes quantum-chemical methods alongside less explicit approximations.