量子化学II

Course syllabus: 1. Approximation Methods in Quantum Mechanics 1.1. Perturbation theory 1.2. Variation methods 2. Electronic Structure of Atoms 2.1. Atomic structures and electron spin 2.2. Spin angular momentum 2.3. Wave function using Slater's determinant 2.4. First excited state of He 2.5. Matrix elements calculated using Slater determinant 2.6. Hartree-Fock equation and method of self-consistent-field (SCF) 2.7. Angular momentum of many-electron atoms 3. Electronic Structure of Molecules 3.1. Molecular orbitals of hydrogen molecular ion 3.2. Electronic structure of H_2 3.3. Diatomic molecules 3.4. Triatomic molecules 3.5. Molecular orbital calculations 3.6. Hückel MO method and molecular symmetry 3.7. Orbital symmetry and chemical reactions

Lectures and problem solving.

Grading is based on 1. Final exam scores：最終試験の得点 2. Report assignments : 授業中に課すレポート宿題 3. Attitude on each lecture : 授業への取り組みの態度

Handouts will be distributed at each lecture.

This book covers all contents of this lecture. “Molecular Quantum Mechanics” by P. W. Atkins and R. S. Friedman (Oxford University Press) 「アトキンス物理化学」PeterAtkins, JuliodePaula 著 中野元裕, 上田貴洋, 奥村光隆, 北河康隆 訳（東京化学同人） Following books are Japanese only, explaining basics and some advanced contents about quantum chemistry. 「量子化学　上」、「量子化学　下」原田義也　著（裳華房） Following book is very expensive and I do not suggest to buy, please find it in the library. This book covers all contents of this lecture. "Quantum Chemistry 7th edition" Ira Levine (Pearson)

Attendees are expected.