1st mini workshop on R-parity violating supersymmetry

Liste des Contributions

8. Welcome

28/01/2010 08:55

Talk session 1

0. Experimental constraints on RPV supersymmetry: a brief review

Jean-Michel Bessot (IPHC Strasbourg)

28/01/2010 09:00

Talk session 1

1. Experimental aspects for RPV searches: from the Tevatron to the LHC

Auguste Besson (IPHC Strasbourg)

28/01/2010 09:45

Talk session 1

2. Prospects for RPV SUSY searches at the LHC

Eric Conte (IPHC Strasbourg)

28/01/2010 10:45

Talk session 2: LHC searches and ongoing phenomenological investigations

3. Resonant slepton production at hadron colliders

Christian Lorentzen (Bern U.)

28/01/2010 11:30

Talk session 2: LHC searches and ongoing phenomenological investigations

4. Resonant squark investigations: status, problems and solutions

Jeremy Andrea (Brown U.)

28/01/2010 11:50

Talk session 2: LHC searches and ongoing phenomenological investigations

9. Working group 1: parton level studies

28/01/2010 14:00

Working session 1

• Leading-order, next-to-leading order and resummation calculations.
• Beam polarization investigations, charge asymmetries, etc...
• Probe of the left-handedness of the couplings.

10. Working group 2: realistic simulations

28/01/2010 14:00

Working session 1

• Derivation of Monte Carlo generator model files.
• Use of the simulation chain: MadGraph, Pythia, Delphes, etc...
• Application to single SUSY particle resonances.

11. Working group 3: benchmarks, parameter space analyses, tools

28/01/2010 14:00

Working session 1

• Definition of non-excluded benchmark scenarios.
• Existing tools.
• Scans with XSUSY-RPV.

13. Working group 1: parton level studies

28/01/2010 16:20

Working session 1

• Leading-order, next-to-leading order and resummation calculations.
• Beam polarization investigations, charge asymmetries, etc...
• Probe of the left-handedness of the couplings.

14. Working group 2: realistic simulations

28/01/2010 16:20

Working session 1

• Derivation of Monte Carlo generator model files.
• Use of the simulation chain: MadGraph, Pythia, Delphes, etc...
• Application to single SUSY particle resonances.

15. Working group 3: benchmarks, parameter space analyses, tools

28/01/2010 16:20

Working session 1

• Definition of non-excluded benchmark scenarios.
• Existing tools.
• Scans with XSUSY-RPV.

5. From model building to events

Benjamin Fuks (IPHC Strasbourg)

29/01/2010 09:00

Tutorial - The full simulation chain

From the model implementation in FeynRules to fully simulated events,

16. Working group 1: parton level studies

29/01/2010 10:20

Working session 2

• Leading-order, next-to-leading order and resummation calculations.
• Beam polarization investigations, charge asymmetries, etc...
• Probe of the left-handedness of the couplings.

17. Working group 2: realistic simulations

29/01/2010 10:20

Working session 2

• Derivation of Monte Carlo generator model files.
• Use of the simulation chain: MadGraph, Pythia, Delphes, etc...
• Application to single SUSY particle resonances.

18. Working group 3: benchmarks, parameter space analyses, tools

29/01/2010 10:20

Working session 2

• Definition of non-excluded benchmark scenarios.
• Existing tools.
• Scans with XSUSY-RPV.

23. CPTG seminar: Higgs physics (Jack Gunion)

29/01/2010 11:00

Working session 2

19. Working group 1: parton level investigation

29/01/2010 14:00

Working session 3

• Leading-order, next-to-leading order and resummation calculations.
• Beam polarization investigations, charge asymmetries, etc...
• Probe of the left-handedness of the couplings.

20. Working group 2: realistic simulations

29/01/2010 14:00

Working session 3

• Derivation of Monte Carlo generator model files.
• Use of the simulation chain: MadGraph, Pythia, Delphes, etc...
• Application to single SUSY particle resonances.

21. Working group 3: benchmarks, parameter space analyses, tools

29/01/2010 14:00

Working session 3

• Definition of non-excluded benchmark scenarios.
• Existing tools.
• Scans with XSUSY-RPV.

22. Discussion: status and prospects

29/01/2010 16:00

Working session 3

• Working group 1 activities.
• Working group 2 activities.
• Working group 3 activities.

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