PHYS 598GTC :: Physics Illinois :: University of Illinois at Urbana-Champaign

 

Schedule

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Week Date Lecture Homework
1 1/21

Introduction to Group Theory

Recommended Reading: Dresselhaus Ch 1-2

 

Lecture 1    Lecture 2

 
1/24
2 1/28

Symmetry Groups and Representations

Recommended Reading: Dresselhaus Ch 3

Lecture 3    Lecture 4

Homework 1

(due 2/13)

Solutions

1/30
3 2/4

Character Theory and Quantum Mechanics

Recommended Reading: Dresselhaus Ch 12, Bradley &Cracknell Chs. 1 and 3

Lecture 5     Lecture 6

 

2/6
4 2/11

Point and Space Groups

Recommended Reading: Bradley&Cracknell Ch 4, Dresselhaus Ch 13

Lecture 7    Lecture 8

 
2/13
5 2/18

Crystal Symmetries and Quantum Mechanics

Dresselhaus Ch 13.7, Bradley and Cracknell Ch 3.5, Ch 4

Lecture 9    Lecture 10

Homework 2

(due 3/6)

Solutions

2/20
6 2/25

Time Reversal Symmetry and Nonsymmorphic Symmetries

Dresselhaus Ch 21, Bradley and Cracknell Ch 4

Lecture 11    Lecture 12

 
2/27
7 3/4

The Position Operator and Berry Phases

Blount's "Formalisms of Band Theory" , Bradlyn&Iraola Sec 4

Lecture 13    Lecture 14

Homework 3

(due 3/27)

Solutions

3/6
8 3/11

Wilson Loops and Polarization

Lecture 15    Lecture 16

 
3/13
9 3/18

 

Spring Break - No Class

Final Presentation Topic Ideas
3/20
10 3/25

Wannier Functions and Tight-Binding Models

Lecture 17    Lecture 18

Homework 4

(due 4/10)

Solutions

3/27
11 4/1

1D Inversion-Symmetric Chain

Lecture 19    Lecture 20

 

 

 

4/3
12 4/8

Wilson Loops and Topological Phases

Lecture 21    Lecture 22

Homework 5

(due 4/24)

Solutions

4/10
13 4/15

The Chern Insulator

Lecture 23    Lecture 24
 
4/17
14 4/22

Topological Quantum Chemistry

Lecture 25    Lecture 26
 
4/24
15 4/29

Final Presentations

 

 

5/1
16 5/6 Final Presentations