Lecture Tuesday, Thursday 9:30 - 10:45 AM, Broida 3302

Instructor: Leon Balents

Email: balents@kitp.ucsb.edu
Phone: 893-6381

TA: Jason Iaconis

Email: jason.iaconis@gmail.com

Office Hours:

L.B.: Thursdays, 2:30-4:00pm, in KITP (Kohn Hall), Room 2315

J.I.: Wednesdays, 3:30-5:00pm, PSR

Subject

This course is the second quarter of condensed matter physics. It continues to develop the subject of the electronic properties of solids. We will discuss the Fermi surface and its significance in metals, the phenomena of superconductivity, the origin and collective physics of magnetism, optical response, and other topics as time permits

The text for the course will be the same as last quarter's 123A, Solid State Physics by Charles Kittel.

Other References:

Prerequisites:

Syllabus and Reading :

You are expected to complete the reading in advance of the specified lecture

Lecture Topic Reading Homework assigned Solutions
1 -1/8/13 Overview. Review of 123A.
2 -1/10/13 Metals and Fermi surfaces. Fermi surfaces in nearly free electron gas. Kittel, Ch. 9 Homework 1 , due 1/18 Homework 1 solutions
3 -1/15/13 More NFEA. Tight binding and some applications
4 -1/17/13 Graphene Homework 2 , due 1/25 Homework 2 solutions
5 -1/22/13 Measuring Fermi surface by quantum oscillations. Landau levels, edge states
6 -1/24/13 Quantum Hall effect. Topological insulators QHE lecture by von Klitzing Homework 3 , due 2/1 Homework 3 solutions
7 -1/29/13 2d TI = QSHE in graphene Kane+Mele paper
8 -1/31/13 Superfluidity first of 6 cool old videos
9 -2/5/13 Questions for mid-term. Start Superconductivity
10 -2/7/13 Mid-Term Mid-Term solutions
11 -2/12/13 Superconductivity: London theory text on superconductivity
12 -2/14/13 mixed state, quasiparticles, Josephson effect
13 -2/19/13 Finish Josephson effect. Start Magnetism Homework 4 , due 2/22 Homework 4 solutions
14 -2/21/13 Magnetism. Hund's rules
15 -2/26/13 Paramagnetism. Curie law. Magnetic cooling. Kittel, Chapter 11 Homework 5 , due 3/1 Homework 5 solutions
16 -2/28/13 Exchange interactions. Ferromagnetism. Mean field theory. Kittel, Chapter 12
17 -3/5/13 Low temperatures. Quantum ferromagnet. Homework 6 , due 3/9 Homework 6 solutions
18 -3/7/13 Spin waves. Antiferromagnets. Quantum effects.
19 -3/12/13 Review. Take home exam handed out
20 -3/14/13 Discuss exam. Take home due. solutions

Grading:

Formula:

Design by Nicolas Fafchamps