2023:groups:bsmtools:llpreinterpretation
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2023:groups:bsmtools:llpreinterpretation [2023/06/28 16:05] andre.lessa |
2023:groups:bsmtools:llpreinterpretation [2023/06/29 11:25] (current) andre.lessa |
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| ====== Reinterpretation of searches with LLPs ====== | ====== Reinterpretation of searches with LLPs ====== | ||
| - | Interested people: Andre Lessa, Sezen Sekmen, Jose Zurita, Sabine Kraml, Andrea Coccaro | + | Interested people: Andre Lessa, Sezen Sekmen, Jose Zurita, Sabine Kraml, Andrea Coccaro, Zhen Liu |
| ===== Reinterpretation and validation material ===== | ===== Reinterpretation and validation material ===== | ||
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| * dE/dx values provided vs. p and mass, or perhaps p/m with resolution. Also provided as tables within the ADL file. | * dE/dx values provided vs. p and mass, or perhaps p/m with resolution. Also provided as tables within the ADL file. | ||
| * Cutflows for selected benchmarks. | * Cutflows for selected benchmarks. | ||
| - | * Efficiency maps for all 49 bins in all SMSs as text tables / ROOT trees. Separate efficiencies for C1N1 and C1C1 models for the EWKino case... | + | * Efficiency maps for all 49 bins in all SMSs as text tables / ROOT trees. Separate efficiencies for C1N1 and C1C1 models for the EWKino case. |
| - | * Optional study: Check disappearing track tagging / dE/dx behavior in LLPs other than charginos. | + | * Optional study: |
| + | * Check disappearing track tagging / dE/dx behavior in LLPs other than charginos. | ||
| + | * Verify tagging efficiency as a function of the visible LLP daughter pT (pion/lepton). | ||
| + | * Study complementarity between disappearing track searches and searches for displaced leptons. | ||
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| LLP efficiencies mainly applied on GEN objects and their daughters. Usually done through tracing daughters in hepmc or Delphes GEN information. For the Delphes case, including the whole GEN collection leads to extremely large files, and tracing daughters can be tricky (due to radiation and showering). | LLP efficiencies mainly applied on GEN objects and their daughters. Usually done through tracing daughters in hepmc or Delphes GEN information. For the Delphes case, including the whole GEN collection leads to extremely large files, and tracing daughters can be tricky (due to radiation and showering). | ||
| - | Propose having a module that filters LLPs and their daughters from the Delphes GEN branch and saves them in the Delphes output. Andre has an existing module. Plan to make it available for public use, and further, discuss with the Delphes team the possibility to make it a recognized part of Delphes releases. Disappearing track ADL will be built based on this output. | + | Propose having a module that filters LLPs and their daughters from the Delphes GEN branch and saves them in the Delphes output. A simple implementation by Andre Lessa can be found [[https://github.com/llprecasting/recastingCodes/blob/hscp_2018_42/HSCPs/ATLAS-SUSY-2018-42/DelphesHSCP.tar.gz|here]] (HSCPFilter module). Plan to make it available for public use, and further, discuss with the Delphes team the possibility to make it a recognized part of Delphes releases. Disappearing track ADL will be built based on this output. |
2023/groups/bsmtools/llpreinterpretation.1687961120.txt.gz · Last modified: 2023/06/28 16:05 by andre.lessa
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