Physics 346: Quantum Mechanics

This class puts the wavefunction through its paces, using a wide set of techniques, applications and approximation methods to get at it and its observable properties.

The wavefunction's weirdness is all too easily ignored when using it to calculate the properties of quantum systems, but we will discuss the strange thing measurement becomes with the standard interpretation of quantum mechanics (think Schrodinger's cat).

Instructor: Sarah Yost, PENGL113
Class Hours:

1-3-5
11:20-12:30
PENGL 319

Office Hours:

1-3-5 9:30-10:30 (or just drop by, or by appointment)
NB: I also teach 8:00-9:10 1-3-5 and supervise intro labs days 2 &3, 1-5 PM

Course Notes

Text: "Introduction to Quantum Mechanics" by D. Griffiths

Grading: includes in-class activities, homework, 3 in-class tests (end of mods ABC), and a comprehensive final exam (1-3 PM Dec 17, set by the registrar).

Anticipated Grade Scale:

Grade	Percentage	
A	90
B	75
C	60
D	50
F       < 50
(intermediate grades will be used, but are not set without seeing student results)

Details in the syllabus

Homework Assignments

Practice Tests (PDF)

Test 1 (J. Crumley): 2007

Note:

Homework and test solutions will be posted on the course Moodle page