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TVI/TMP-TB3: Supersymmetry – Material

The lecture notes are partly password protected. You will get access with your Campus-account (please login without "@campus.lmu.de"). If you don't have an account yet, you can get one at the student computer pool.

Complementary material to the lecture

01.07.2015:  Sheet 12 (Tutorial 10.07.) (158 KByte)
30.06.2015:  Solutions to Sheets 6-10 (5 MByte)
23.06.2015:  Sheet 11 (Tutorial 03.07.) (159 KByte)
17.06.2015:  Sheet 10 (Tutorial 26.06.) (110 KByte)
11.06.2015:  Conventions v2 (159 KByte)
09.06.2015:  Sheet 9 (Tutorial 19.06.) (115 KByte)
03.06.2015:  Sheet 8 (Tutorial 12.06.) (123 KByte)
26.05.2015:  Solutions to Sheets 1-5 (7 MByte)
26.05.2015:  Sheet 7 (Tutorial 05.06.) (139 KByte)
19.05.2015:  Sheet 6 (Tutorial 29.05.) (114 KByte)
12.05.2015:  Sheet 5 (Tutorial 22.05.) (107 KByte)
07.05.2015:  Sheet 4 (Tutorial 15.05.) (117 KByte)
30.04.2015:  Sheet 3 (Tutorial 08.05.) (128 KByte)
21.04.2015:  Sheet 2 (Tutorial 08.05.) (115 KByte)
20.04.2015:  Original paper on Witten index (extra material, not part of the lecture) (4 MByte)
15.04.2015:  Sheet 1 (Tutorial 24.04.) (98 KByte)
10.07.2014:  Contents and literature 2014 course (147 KByte)

Contents (will be updated)

I. Preliminaries
1. Coleman Mandula
2. Susy QM

II. Supersymmetry representations
1. Lorentz reps, spinors
2. SL(2,C) spinor notation
3. Poincare and supersymmetric representations 

III. 4d supersymmetric actions
1. Wess-Zumino model
2. 4d superspace and superfields
3. N=1 supersymmetric gauge theory

IV. Low energy dynamics
1. Perturbative vacua & supersymmetry breaking
2. Effective theories
3. Effective superpotential for chiral superfields
4. Effective action for gauge theories

V. N=1 SQCD

VI. N=2 SYM