PHYS 486 :: Physics Illinois :: University of Illinois at Urbana-Champaign

Schedule

Warning: schedule may shift as we go through the course.

The table below shows the topics we will cover in the course as well as the schedule for discussions, homework, and exams. Exact lecture dates for the topics may shift as the course progresses. If you have any issues logging in to view any of the secured documents below, please try adding "uofi\" (without the quotes) in front of your netid.

The reading assignments are strongly recommended accompanying reading to the lectures. They refer to chapters in Griffiths, Introduction to Quantum Mechanics, 3rd Ed.

Lecture notes for each week's lectures are available for download on Thurs or Fri. They are provided as a help in looking back what was covered, not to replace reading, or taking your own notes during lecture. They are my own notes for delivering lectures, so I cannot give any guarantee for legibility.

To work with the code exercise notebooks for discussion, see the info on using Google Colab.

 

WeekDateTopicReadingDiscussionsHomework
1

21 Jan

23 Jan

Introduction G Preface,
G § 1.1-4

no discussions

this week

 
2

28 Jan

30 Jan

The Schrodinger equation

infinite square well

G 1.5-6

G 2.1-2

D01, solutions

 

HW1 (due 2/4)

solutions

3

4 Feb

6 Feb

infinite square well, cont'd

the postulates of QM

finite square well

G 2.1-2

G 2.6 (bound
  states only)

D02, solutions

HW2 (due 2/11)

solutions

4

11 Feb

13 Feb

 free particle

SHO position space

(plot of eigenfunctions/values)

G 2.4

G 2.3.2

D03

HW3: Particle in a Box

(computational, due 2/27)

5

18 Feb

20 Feb

  Hermitian operators

Review and synthesis

SHO examples Mathematica notebook

G 3.1-3.3

D04, solutions

 Practice problems

6

25 Feb

27 Feb

Exam I

Commutation relations and uncertainty

G 3.1-3.6


D05, solutions

HW4 (due 3/4)

solutions

7

4 Mar

6 Mar


SHO take II: operators

G 3.1-3.6

G 2.3.1

D06, solutions

HW5 (due 3/11)

solutions

8

11 Mar

13 Mar


3D, central potentials


G 4.1

D07, solutions

HW6 (due 3/25)

solutions

spring break
925 Mar
27 Mar

Angular momentum

G 4.3D08, solutions

HW7 (due 4/1)

solutions

101 Apr
3 Apr 

review and synthesis
 D09, solutions
118 Apr
10 Apr

Exam II 

Radial equation

G 4.1D10, solutions

HW8 (due 4/15)

solutions

1215 Apr
17 Apr

Coulomb potential 

Spin

G 4.2,

G 4.4.1,4.4.2

D11, solutions

HW9 (due 4/22)

solutions

1322 Apr
24 Apr

Identical particles

G 5.1

G 5.2

D12, solutions

HW10 (due 4/29)

solutions

1429 Apr
1 May

entanglement

G 12.1-12.2D13, solutions

 

156 May

 Review and synthesis

G § 4.4  
16TBA

Final exam: TBA