2019:groups:bsm:lfv
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2019:groups:bsm:lfv [2019/06/28 15:46] adam.falkowski |
2019:groups:bsm:lfv [2019/11/08 11:13] david.marzocca |
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| //To do:// | //To do:// | ||
| - | * Validate our UFO against other codes (e.g. SMEFTsim) | + | * Validate our UFO against other codes (e.g. SMEFTsim) (Elena and Jordan) |
| - | * List the parameter points required to build the complete EFT dependence of the signal | + | * (Done) List the parameter points required to build the complete EFT dependence of the signal |
| - | * Clarify the required simulations (only parton level, or also showering) | + | * Clarify the required simulations (only parton level, or also showering) for the 8TeV analysis [1606.01736], which shows double-differential cross sections at the Born level (in QED). (Juhi, Natascia, David) |
| - | * Build the global likelihood and derive the fit | + | * Fix details of the simulations (David, Juhi) |
| + | * Run the simulations for the benchmark points (38 points) | ||
| + | * Build the global likelihood and derive the fit: 1) linear vs. quadratic, 2) including angular distributions vs. not including. | ||
| * Consider 13 TeV data | * Consider 13 TeV data | ||
| * Consider p p > l nu (limits on the triplet operators) and either study sensitivity prospects or recast data | * Consider p p > l nu (limits on the triplet operators) and either study sensitivity prospects or recast data | ||
2019/groups/bsm/lfv.txt · Last modified: 2019/11/28 14:54 by david.marzocca
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