Physics 470 Syllabus
Spring 2016

Here is a tentative course syllabus (under construction):

Week
Date Topic Reading Checkpoints
Homework
1
20 Jan
Introduction
Units and scales
Fundamental matter particles
L Ch. I
T Ch. 1
G. Ch. 1
no CP
no HW
2
25 Jan

27 Jan
Feynman diagrams and  interactions
(QED, QCD, weak)
L Ch. I
T Ch. 1, 2
G Ch. 1
CP 1

Solutions
HW 1

Solutions
3
01 Feb

03 Feb
Conservation Laws
Relativistic kinematics
Fermi's Golden Rule
L CH. II
T Ch. 2.2, 2.3.6,
          3.1
G Ch. 3, 6.1-2
CP 2

Solutions
HW 2

Solutions
4
08 Feb

10 Feb
Decay rates and cross sections T Ch. 3
G Ch. 6.1-2
CP 3

Solutions
HW 3

Solutions
5
15 Feb

17 Feb
The Dirac Equation
T Ch. 4.1-7
G Ch. 7.1-2
CP 4

Solutions
HW 4

Solutions
6
22 Feb

24 Feb
Helicity
Feynman diagrams (part II)
Introduction to QED 
T Ch. 4.8, 5
G Ch. 7.4-5
CP 5

Solutions
HW 5

Solutions
7
29 Feb

02 Mar
QED processes
Helicity amplitudes
T Ch. 6
G Ch. 7.6-8
CP 6

Solutions
 HW 6

Solutions
8
07 Mar

09 Mar
e+e- annihilation to lepton pairs
trace theorems
e+e- -> hadrons
T Ch. 6, 10.6
G Ch. 7, 8.1
CP 7

Solutions
no HW
9
14 Mar

16 Mar


Midterm exam
T Ch. 1-6
G Ch. 1,3,6,7
no CP
HW 8

Solutions
10
23 Mar
25 Mar
Springbreak
11
28 Mar

30 Mar
Electron-proton scattering
T Ch. 7.1-4, 8.1
G Ch. 8.1-2
CP 9

Solutions
HW 9

Solutions
12
04 Apr

06 Apr
Deep inelastic scattering
Bjorken scaling
QCD
T Ch. 8.1-3, 10.1-2
G Ch.  8.1-3
CP 10

Solutions
HW 10

Solutions
13
11 Apr

13 Apr
Perturbative QCD
The quark-parton model
T Ch. 10.1-7, 8.4
G Ch.
CP 11

Solutions
HW 11

Solutions
14
18 Apr

20 Apr
Neutrino physics
Flavor symmetries
Quark model
L Ch. IV  (Ch. III)
T Ch. 9
G Ch. 5.5-6
CP 12

Solutions
HW 12

Solutions
15
25 Apr

27 Apr
Discrete symmetries
Weak interactions
L Ch. IV  (Ch. III)
T Ch. 9.1-6
G Ch. 4.3-4, 5.5-6
CP 13

Solutions
no HW
16
02 May

04 May
Electroweak interactions
T Ch. 15-17
G Ch. 9-10
CP 14

Solutions
no HW
17
Final exam: Friday, May 13, 8:00-11:00, 136 Loomis