Thursday, 22nd, Theoretical Part.

pdf-format      html-presentation  

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1. Motivation for supersymmetry- why it improves anything? Is SUSY really needed ?
2. A definition of MSSM - couplings , particles.
3. SUSY "algebra", Langrangian, what are the terms and why
4. Schemes of supersymmetry breaking transmission, (sugra, amsb, gmsb) "the hidden sector" and why is it needed, and what are the advantages and disadvantages of different SUSY breaking schemes.
5. Future directions, is SUSY needed in theories with large extra-dimensions, is it improving anything there at least.
   
   

Approximate contents

6. Minimal and non-minimal models , mssm, nmssm, cmssm, msugra, are these constrains "natural" and motivated or not.
7. R-conservation pros and cons.
8. An example of supersymmetric cross-section calculation, at least the outline starting from a piece of a lagrangian.
   
   
   

Approximate content

9. CP violation, motivation for it (or lack of motivation for no CP violation), does it improve something in the describtion of the reality?
10. CP violation at hadron colliders with the effective Langragian approach.

Friday 23rd, Experimental Part

Examples on how the limits are set, model dependence of the limits, limits on parameter space and on particle masses relevant for Tevatron RunII and the LHC

Sten Hellman,SUSY searches at the LHC:      

signatures of SUSY and measurements of SUSY parameters.