Quantum Handouts


Sections 1,2,3 (pdf),   (djvu)

Sections 4,5 (pdf),   (djvu)

Sections 6,7,8 (pdf),   (djvu)

Appendix (pdf),   (djvu)

Groups (pdf),   (djvu) material on groups, including examples of nonabelian groups, representations of groups, group characters.

Appendix (pdf),   (djvu) on integration over forms and manifolds

Programs of various types and languages.

Solving linear EOMs (pdf), or (djvu).

Sections 10, 11 (pdf),   (djvu)

Section 12(pdf),   (djvu)

Schrodinger equation(pdf),   (djvu)

Spinor problem solutions, updated and expanded with a general solution for arbitrary N.

Bargmann-Wignerconstruction, notes on spin/angular momentum

Final exam (in case someone misplaces thiers!). In problem 0E on the final, use the wa vefuncions N=2, l=1, m=0, and N=2, l=0, m=0, not n=2, l=1, m=0, and n=2, l=0, m=0. It will be much easier, since you have already found these WF 's.

Last modified: right....now.