Introductory Quantum Mechanics II >> Content Detail

Lecture Notes

Lecture Notes

Students are encouraged to print and read the course lecture notes in advance of lectures. Prof. Tokmakoff maintains the Time-Dependent Quantum Mechanics and Spectroscopy Web site with the most recent and complete PDF version of the notes.

1Introduction; Time-independent Hamiltonian (PDF)
2Time-development of state amplitudes: Resonant driving of a two-level system (PDF)
3Quantum dynamics: The time-evolution operator (PDF)
4The Schrodinger, Heisenberg, and interaction pictures (PDF)
5Perturbation theory (PDF)
6Fermi's golden rule (PDF)
7Irreversible relaxation (PDF)
8Interaction of light and matter (PDF 1) (PDF 2)
9Electric dipole Hamiltonian and absorption of light (PDF)
10Time-correlation functions (PDF)
11Absorption lineshape from time-correlation functions (PDF)
12Electronic spectroscopy: The displaced harmonic oscillator model (PDF)


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