PHYS 470 :: Physics Illinois :: University of Illinois at Urbana-Champaign

Schedule

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.

Here is a tentative course schedule (under construction):


Week Date Topic Reading Homework
1 21 Jan Introduction Ch. 1
no HW
2 26 Jan
28 Jan
Particle overview
fundamental interactions
G Ch. 1
G Ch. 2
no HW
3
2 Feb
4 Feb
Relativistic kinematics
Feynman diagrams
G Ch. 3
G Ch. 2
HW1
4
9 Feb
11 Feb
Interactions and Feynman diagrams
Symmetries and Conservation Laws: Groups
G Ch. 2
G Ch. 4
HW2
5
16 Feb
18 Feb
Symmetries and Conservation Laws: Spinors
Symmetries and Conservation Laws: Flavor, isospin
G Ch. 4
HW3
6
23 Feb
25 Feb
Symmetries and Conservation Laws: Parity, C, G-Parity
Symmetries and Conservation Laws: CP, T and CPT
G Ch. 4
HW4
7
2 Mar
4 Mar
Hadronic bound states G Ch. 5.5-6 HW5
8
9 Mar
11 Mar
Feynman Calculus: decays and scattering
Midterm
G Ch. 6
no HW
9
16 Mar
18 Mar
Spring break
10
23 Mar
25 Mar
Feynman Calculus: cross sections G Ch. 6 HW6
11
30 Mar
01 Apr
Dirac Equation
Solutions to the Dirac Equation

G Ch. 7.1-2
HW7
12
06 Apr
08 Apr
QED: bilinear covariants; the photon
Feynman rules for QED
G Ch. 7 HW8
13
13 Apr
15 Apr
QED: Casimir's trick, cross sections and lifetimes
Electron-positron collisions and electron-proton scattering
G Ch. 7.7-8
G Ch. 8.1-2
HW9
14
20 Apr
22 Apr
QCD: Feynman rules and color factors G Ch. 7.5-6
HW10
15
27 Apr
29 Apr
Charged Weak Interactions
Neutral currents
G Ch. 7.1-4
HW11
16
04 May
06 May
Local Gauge invariance, EWSB, Higgs, BSM G Ch. 8.4-6 no HW
17
Final Exam