This is a blog for Math C6.2a at University of Oxford. It is a new module on statistical mechanics for 4th-year mathematics students, and it is was taught for the first time in Fall 2011, so this is year #2.
Wednesday, 14 November 2012
Solution Set 5 Posted
See the title.
Update (11/16/12): I have posted a revised version. I corrected a typo (discussed in class at 2pm) and added a couple of additional sentences with relevant comments.
Thursday, 8 November 2012
Solution Set 4 Posted
Yes, yes it is.
Update (11/10/12): I have posted a revised version in which I corrected a trivial typo and added a few sentences of clarification and description that arose in classes.
Thursday, 1 November 2012
Solution Set 3 Posted
Read the title.
Update (11/02/12): I have posted a slightly revised version of the solutions. I fixed a couple of minor typos and added a note at top of problem 6 emphasizing that this is an important problem to revise (and reminding you to compare it to messing around with the volume of a container with an ideal gas).
Friday, 26 October 2012
Statistical Mechanics on the BBC
Here are the BBC shows by Jim Al-Khalili on statistical mechanics that Mark Wilkinson mentioned in lecture today:
Order and Disorder, Episode 1: Energy
Order and Disorder, Episode 2: Information
(P.S. The titles of the shows make me want to make snarky comments about Episodes 1 and 2 of Star Wars.)
Update: Mark mentions that Maxwell's Demon is discussed at 24:40 in Episode 2.
Wednesday, 24 October 2012
Solution Sheet 2 Posted
Yes, yes it is.
Update (10/26/12): I have posted a slightly revised version of the second solution sheet.
Wednesday, 17 October 2012
Solution Sheet 1 Posted
See the title.
Update (10/20/12): I have posted a slightly revised version of these solutions.
Tuesday, 9 October 2012
Online Introduction to Renormalization and Universality
One of the more difficult conceptual topics in this module concerns renormalization groups.
Just posted on the arXiv today are some nice-looking lecture notes from some summer school that aims to give an introduction to renormalization and universality.
These notes look pretty good, so you might want to take a look at them when we get to that part of the module. I am posting this today because I am just seeing these now and I might forget to post this link later. We're not going to get to renormalization until close to the end of the module, so this introduction is actually for several weeks from now.
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