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

Schedule

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G in the reading assignments refers to Griffiths (Introduction to Quantum Mechanics).

 

Week Date Topic Reading Discussions Homework
1 18 Jan
20 Jan
Introduction  G Preface,
G § 1.1-4

no discussions

this week

 
2 25 Jan
27 Jan
The Schrodinger equation

G 1.5-6

G 2.1-2

D01, solutions

HW1 (due 2/1)

solutions

3 01 Feb
03 Feb
Solving the Time-Indept Schr. Eq.

G 2.1-2

G 2.6 (bound
states only)

D02, solutions

HW2 (due 2/8)

solutions

4 08 Feb
10 Feb

finite square well 

free particle

G 2.6

G 2.4

D03, solutions

HW3 (due 2/15)

solutions

5 15 Feb
17 Feb

SHO position space

Review and synthesis

G 2.3.2

D04, solutions  
6 22 Feb
24 Feb

Exam I (solutions)

QM as linear algebra

G 3.1, 3.2 D05, solutions

HW4 (due 3/1)

solutions

7 01 Mar
03 Mar

QM as linear algebra: operators

Commutation relations and uncertainty

G 3.1-3.3, 3.6

G 3.4-3.5

D06, solutions

HW4 (due 3/8)

solutions

8 08 Mar
10 Mar

SHO take II: operators

3D, central potentials

G 2.3.1

G 4.1

D07, solutions

HW5 (due 3/22)

solutions

spring break
9 22 Mar
24 Mar

Angular momentum

(spherical harmonic plots, notebook)

G 4.3 D08, solutions

HW6 (due 3/29)

solutions

10 29 Mar
31 Mar 

review and synthesis
  D09, solutions
11 05 Apr
07 Apr

Exam II (solutions)

Radial equation

G 4.1 D10, solutions

HW7 (due 4/12)

solutions

12 12 Apr
14 Apr

Coulomb potential (notebook)

Spin

G 4.2,

G 4.4.1,4.4.2

D11, solutions

HW8 (due 4/19)

solutions

13 19 Apr
21 Apr

Identical particles

G 5.1

G 5.2

D12, solutions

HW9 (due 4/26)

solutions

14 26 Apr
28 Apr

no lecture

entanglement

G 12.1-12.2 D13, solutions

 

15 03 May

 Review and synthesis

G § 4.4    
16 12 May

Final exam: May 12, 1:30 pm