課程大綱 ()
11. Quantum theory:
introduction and principles
The origins of quantum
mechanics
The dynamics of
microscopic systems
Quantum mechanical
principles

12. Quantum theory:
techniques and applications
Translational motion
Vibrational motion
Rotational motion
Techniques of
approximation

13. Atomic structure and
atomic spectra
The structure and spectra
of hydrogenic atoms
The structure of many-
electron atoms

14. Molecular structure
The Born-Oppenheimer
approximation Valence-bond
theory
Molecular orbital theory
Molecular orbitals for
polyatomic systems

15. Molecular symmetry (May
be skipped, depending on the
progress)
The symmetry elements of
objects
Character tables

16. Spectroscopy 1:
rotational and vibrational
spectra
General features of
spectroscopy
Pure rotation spectra
The vibrations of
diatomic molecules
The vibrations of
polyatomic molecules

17. Spectroscopy 2:
electronic transitions
The characteristics of
electronic transitions
The fates of
electronically excited states
Lasers