== Lecture Notes == * '''Lecture 20''', ~-June 6-~: <> * '''Lecture 19''', ~-June 4-~: <> {{{#!wiki comment * <> Re-vamped, overall. – ~-''<>''-~ }}} * '''Lecture 18''', ~-May 30-~: <> {{{#!wiki comment * <> $h \rightarrow H$ in Eqs. 18.3 and 18.58. }}} * '''Lecture 17''', ~-May 28-~: <> {{{#!wiki comment * <> One more section added (last page). – ~-''<>''-~ }}} * '''Lecture 16''', ~-May 23-~: <> {{{#!wiki comment * <> Footnote 11. – ~-''<>''-~ }}} * '''Lecture 15''', ~-May 21-~: <> {{{#!wiki comment * <> Page 3, Fig. T7.11 → Fig. T7.4 (red); footnote 4 has been expanded a bit (page 7); Page 8, $\Omega = v_0$ added (four sentences above Eq. 15.15); Page 8, $\mathcal Q \rightarrow Q$ and $\mu_B h \rightarrow \mu_B H$ (bottom). – ~-''<>''-~ }}} * '''Lecture 14''', ~-May 16-~: <> * '''Lecture 13''', ~-May 14-~: <> {{{#!wiki comment * <> The Bose gas part is significantly edited, and moved to LN 14. – ~-''<>''-~ }}} * '''Lecture 12''', ~-May 9-~: <> {{{#!wiki comment * <> Eq. 12.49, missing $n$ restored in the second term. – ~-''<>''-~ }}} * '''Lecture 11''', ~-May 7-~: <> * '''Lecture 10''', ~-May 2-~: <> {{{#!wiki comment * <> footnote 3: the factor $\frac{1}{2}$ multiplies the $\vec c \cdot \vec \sigma$ term also. – ~-''<>''-~ }}} * '''Lecture 9''', ~-Apr 30-~: <> {{{#!wiki comment * <> Everything except the first section, revamped and moved to LN 10. }}} * '''Lecture 8''', ~-Apr 25-~: <> {{{#!wiki comment * <> Page 13, spin up and down (red). Footnote 9 added. – ~-''<>''-~ * <> Section 8.4.3, and footnote 1. – ~-''<>''-~ }}} * '''Lecture 7''', ~-Apr 23-~: <> {{{#!wiki comment * <> Page 7, one sentence deleted (due to redundancy, since it essentially repeats in the box), one sentence added just above the box. '''The box''' re-buffed. Eq. 7.3 includes $\beta_R$ (better this way). – ~-''<>''-~ * <> Footnote, page 9. – ~-''<>''-~ * <> The constraint for the microcanonical case in page 8. – ~-''<>''-~ * <> A paragraph at the end of Sec 7.3. Fuller notation for partials in the table of Sec 7.4. – ~-''<>''-~ }}} * '''Lecture 6''', ~-Apr 18-~: <> {{{#!wiki comment * <> Debye → de Broglie (red), page 13. – ~-''<>''-~ * <> $n = 1, 2, ...$ for Eq. 6.36. – ~-''<>''-~ * <> Lots of small (and helpful, I hope!) additions here and there (mostly, footnote 3, a few boxes, and new texts in page 14). '''Please update with your note with this!''' – ~-''<>''-~ }}} * '''Lecture 5''', ~-Apr 16-~: <> * '''Lecture 4''', ~-Apr 11-~: <> * '''Lecture 3''', ~-Apr 9-~: <> {{{#!wiki comment * <> End of page 11, beginning of page 12: some more words for point (1). – ~-''<>''-~ * <> Page 4, figure; Section 3.1.5, last sentence; Page 9, a sentence just above “Lastly, ...”. – ~-''<>''-~ * <> Eq. 3.33: $\langle n^2 \rangle \rightarrow \langle n^2 \rangle_c$. – ~-''<>''-~ }}} * '''Lecture 2''', ~-Apr 4-~: <> {{{#!wiki comment * <> $\mathcal{G} \rightarrow \Phi$ (pages 8, 9). New footnote in page 9. – ~-''<>''-~ * <> A sentence just above Eq. 2.38. – ~-''<>''-~ * <> Page 5, some old and new lines are bold faced and a new footnote is added. Page 11, Eq. 2.29 $V \rightarrow P$. – ~-''<>''-~ * <> Slight tweaking of the first two sentences of the next to last paragraph in page 5. – ~-''<>''-~ * <> Some sections have been swapped. A new subsection for Euler's chain rule. $P \rightarrow -P$ on page 7. – ~-''<>''-~ }}} * '''Lecture 1''', ~-Apr 2-~: <> {{{#!wiki comment * <> Page 6, footnote. – ~-''<>''-~ * <> More explanation added in the proof of page 9. – ~-''<>''-~ }}}