Textbooks and references |
“Quantum Mechanics ; Non-relativistic Theory ; Course of Theoretical Physics Volume 3” L. D. Landau and E. M. Lifshitz
“The Quantum Theory of Light” R. Loudon
"Atomic Physics" by Christopher J. Foot |
Lecture Plan |
1st December 17, 2024(OHMORI) 2nd December 18, 2024(OHMORI) 3rd December 19, 2024(TOMITA) 4th December 23, 2024(TOMITA)
Contents: Chapter 1 Quantum and Semiclassical theory of scattering 1,1 Quantum theory of scattering 1.2 WKBL phase shift Chapter 2 Angular momentum coupling in a collision process 2.1 Evolution of angular momentum coupling in a binary collision 2.2 Relation between Hund’s cases (a) AND (c) 2.3 Relation between Hund’s cases (c) AND (e) Chapter 3 Atom-light interaction 3.1 Two-level system 3.2 Internal degrees of freedom in an atom Chapter 4 Cold-atom system and control of manipulation of individual quantum system 4.1 Cooling and treapping atoms 4.2 Cold-atom based quantum computer/simulator 4.3 Review of the recent development of quantum technology |
Others |
Office hours:After the lectures at the lecture room. Lecturers: Kenji OHMORI(Ultrafast Quantum Dynamics, Ext. 7361, ohmori@ims.ac.jp, Room 324) Takafumi TOMITA (Cold-atom based quantum computer and simulator, Ext. 7368, tomita@ims.ac.jp, Room 319) |