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 Syllabus

Reading assignments are from Griffiths sections. You should complete the reading assignment before the lecture takes place; occasional quizzes will test the reading assignment at the beginning of class. Lecture notes will be posted on this webpage after each class.

WEEK DATES LECTURE TOPICS READING
1 Wed 9/1

Introduction

 
2 Mon 9/6
Wed 9/8

No Class
Wave function I

No Class
1.1-1.4
3

Mon 9/13
Wed 9/15

Uncertainty Principle
Stationary States/Infinite Square Well

1.5-1.6
2.1,2.2

4

Mon 9/20 Wed 9/22

Harmonic Oscillator 
Free Particle

2.3
2.4

5

Mon 9/27
Wed 9/29

Delta function Potential
Scattering (Delta function and Step)

2.5
2.5, Prob. 2.34

6 Mon 10/4
Wed 10/6

Linear Algebra with Dirac Notation
Hilbert Space/Observables

A.1-A.6
3.1-3.2

7 Mon 10/11
Wed 10/13

Hermitian Operator/Statistical Interpretation
Statistical Interpretation/Uncertainty Principle

3.3-3.4
3.4-3.5

8 Mon 10/18
Wed 10/20

Dirac Notation/Midterm Review
Midterm Exam

3.6
 

9 Mon 10/25
Wed 10/27

Schroedinger Equations in 3D
Hydrogen Atom

4.1
4.2

10 Mon 11/1
Wed 11/3

Angular Momentum
Spin

4.3
4.4

11 Mon 11/8
Wed 11/10

Spin II
Two-identical Particles

4.4
5.1

12 Mon 11/15
Wed 11/17

Atoms
Solids

5.2
5.3

13 Mon 11/22
Wed 11/24

Non-degenerate Perturbation Theory
No Class

6.1
 

14 Mon 11/29
Wed 12/1

Degenerate Perturbation Theory
Variational Principle

6.2
7.1

15 Mon 12/6
Wed 12/8

WKB Approximation
Time Dependent Perturbation Theory

8.1-8.2
9.1.1, 9.1.2
 

16 Mon 12/13

Review for Final

 

  


 

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