Tools and Monte Carlo Session 2 (BSM)
From Wiki Les Houches 09
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= Training = | = Training = | ||
- | * Possible training | + | * Possible training sessions on how to go from a model to event generation with new tools |
- | + | ** Feynman rules: FeynRules, LanHep | |
+ | ** spectrum calculators | ||
+ | ** MC generators: Herwig, Pythia, Sherpa, Whizard, MadGraph ... | ||
+ | ** detector simulation: Delphes | ||
---- | ---- |
Revision as of 09:37, 4 June 2009
Contents |
Existing Codes and (New) Implementations
- Les Houches BSM Tools Repository
- Update the Durham / Les Houches BSM Tools repository
- Are all interesting models currently implemented?
- non-minimal models like hidden valley or quirks?
- need for modified shower or fragmentation models?
BSM-LHEF
- arXiv:0712.3311
- Implementation status (QNUMBERS).
- Implementation of arbitrary models as an evolution of the BSM-LHEF
- automated approaches: LanHEP, FeynRules
Common non-susy BSM scenario and benchmark points
- Define & generate some benchmark common data sets?
- Discussion (accord?) on how experiments and theory might best interact on new model testing
- Impact of tunes on new physics searches (see tuning above).
SM for BSM (with Session 1)
- Automated ME+PS matching for BSM processes
- Boosted hadronic decays of BSM particles and decay products
- BSM applications of New Jet Algorithms
- Impact of MC tuning / uncertainty evaluations, on New Physics searches and measurements?
Flavour Les Houches Accord
- With Tools WG of Flavor/LHC workshops. Model independent parametrization of flavor related quantities such as Wilson coefficients, exp. results, etc. Modify existing SLHA "structure" to host this accord? S. Heinemeyer, N. Mahmoudi.
Training
- Possible training sessions on how to go from a model to event generation with new tools
- Feynman rules: FeynRules, LanHep
- spectrum calculators
- MC generators: Herwig, Pythia, Sherpa, Whizard, MadGraph ...
- detector simulation: Delphes