== Exam == * '''Final exam''', ~-Dec 13-~: <>   ''(<>)'' {{{#!wiki comment * <> Solution to problem 2 -- the final answer corrected (red). – ~-''<>''-~ * <> Solution to problem 3, part (a) -- the matrix has no off-diagonal elements (all relevant parts corrected in red.) – ~-''<>''-~ }}} <> <> * '''Midterm''', ~-Nov 6-~: <> {{{#!wiki comment * <> Problem 8(b): unnecessary part is removed. – ~-''<>''-~ * <> Problem 8 → extra credit. – ~-''<>''-~ }}} == Quiz == * '''Quiz 5''', ~-Nov 29-~: <> (''<>'') * '''Quiz 4''', ~-Nov 13-~: <> (''<>'') {{{#!wiki comment * <> 16.3 ± 4.3 out of 30. }}} * '''Quiz 3''', ~-Oct 25-~: <> (''<>'') {{{#!wiki comment * <> 4.1 ± 2.6 out of 10. }}} * '''Quiz 2''', ~-Oct 18-~: <> (''<>'') {{{#!wiki comment * <> 4.0 ± 2.5 out of 10. }}} * '''Quiz 1''', ~-due 5 PM, Oct 11 (open ''anything'')-~: <> (''<>'') {{{#!wiki comment * <> 8.2 ± 1.7 out of 10. }}} == Homework == * '''Homework 8''', ~-not due, but must do-~: <> * '''Homework 7''', ~-due Nov 30-~: <> (''<>'') {{{#!wiki comment * <> Problem 2(d): 14.14 → 14.13. – ~-''<>''-~ * <> Problem 2 (red). – ~-''<>''-~ * <> Nov. 28, 11AM – 2PM }}} * '''Homework 6''', ~-due Nov 20-~: <> (''<>'') {{{#!wiki comment * <> Problem 1(c): a "perturbing" magnetic field; $\theta (t)$ included in $\hat H_1$. – ~-''<>''-~ * <> Problem 1(c): clarification of Hamiltonians, and the initial condition. – ~-''<>''-~ * <> Problem 4: the last sentence. – ~-''<>''-~ * <> Problem 1: three corrections (red). The last one is serious (exact → perturbative). – ~-''<>''-~ }}} * '''Homework 5''', ~-not due, but must do-~: <> (''<>'') {{{#!wiki comment * <> Solution to problem 4: one more page added. – ~-''<>''-~ * <> Problem 4(c): $\psi^* \psi$ → $\Psi^* \Psi$. – ~-''<>''-~ * <> Problem 4(d): Eq. 9.9 → Eq. 10.9. – ~-''<>''-~ }}} * '''Homework 4''', ~-due Oct 30-~: <> (''<>'') {{{#!wiki comment * <> 112 ± 16 out of 120. * <> Problem 1: sign for $e$ in $\hat H_1$, and hint. – ~-''<>''-~ }}} * '''Homework 3''', ~-due Oct 23-~: <> (''<>'') {{{#!wiki comment * <> 92 ± 15 out of 120. * <> Page 5: $A \approx 1$, ignoring the 2nd order. – ~-''<>''-~ * <> Power of $\varepsilon$ (page 6). Stationary operator (page 17). – ~-''<>''-~ }}} * '''Homework 2''', ~-due Oct 16-~: <> (''<>'') {{{#!wiki comment * <> 107 ± 17 out of 120. * <> Problem 1(c): "under a suitable assumption" is added. – ~-''<>''-~ }}} * '''Homework 1''', ~-due Oct 9-~: <> (''<>'') {{{#!wiki comment * <> 55 ± 18 out of 85. * <> Solution, pages 4,5 (red): sets of compatible symmetry operations (correction on page 4, and one set added on page 5). – ~-''<>''-~ * <> Solution, page 8, three instance of 1 → 0 (red). Thanks, E! – ~-''<>''-~ * <> Solution, problem 4, one grammatical correction near the end. – ~-''<>''-~ * <> Solution, page 11: more comments (red). – ~-''<>''-~ * <> Problem 2, plane wave → sine wave. – ~-''<>''-~ * <> Problem 5, function → state. – ~-''<>''-~ }}}