"Non-Perturbative Superpotentials and Compactification to Three Dimensions"

Lecture Index

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Title Slide 00:00:00
N=2 Theories in D=4 (Seiberg-Witten) 00:02:45
Quantum Moduli Space 00:05:16
N=1 Deformations 00:05:52
Solution 00:05:58
N=1 Deformations 00:08:35
Understanding Quantum Theory 00:12:04
N-K=2 00:15:36
Dijkgraaf-Vafa 00:18:12
Going up in Dimensions Interesting, but Going Down As Well 00:25:57
Moduli Space is Larger: 4N-Dimensional 00:28:23
Break to N=2 00:32:30
Reminder: Pure N=2 in D=3 00:33:28
Results 00:35:09
One More Nonperturbative Contribution 00:36:54
Rewrite as Follows 00:40:29
Example: Breaks N=4 -> N=2 00:41:50
Integrable Systems 00:44:05
Explicit Form 00:46:36
2 Slides Overlaid 00:49:30
Notice Striking Similarity to 3D Superpotential 00:49:57
Remarks - No matrix integrals 00:51:34
Solution 2 00:54:19
General Maximally Confining Case 00:54:50
Reduction of the Integrable System 00:56:12
Many Issues 00:58:57
Relation to Gluino Condensate? 01:00:54