Difference: LHCHXSWG1 (38 vs. 39)

Revision 392019-09-18 - FabrizioCaola

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META TOPICPARENT name="LHCHXSWG"

LHC Higgs Cross Section Working Group 1

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Green led Group Conveners

Mail to conveners ATLAS CMS THEORY
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Mail Giovanni Marchiori (LPNHE (IN2P3/CNRS) Alicia Calderon (Universidad de Cantabria) John Campbell (Fermilab) Fabrizio Caola (IPPP)
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Mail Giovanni Marchiori (LPNHE (IN2P3/CNRS) Alicia Calderon (Universidad de Cantabria) John Campbell (Fermilab) Fabrizio Caola (Oxford)
 

Green led Sub-working Group / Task-force Group Conveners

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Green led Road map

Group ShortDescription Deliverables Timescale Notes Status
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ggF Uncertainties in kinematic regions Recommendation (LHCXSWG-INT-2017-001); Tool Spring 2017 It is a set of per-event weights, one for each source of uncertainty, to plug&play using the simplified/template cross section setup. Implemented everything in MINLO NNLOPS, being this the reference and the most up to date generator. Re-weighting Powheg to NNLOPS is mandatory , since the uncertainties have been calculated with a given perturbative order, and if it is not matched with the generator, the result may be inconsistent. In progress
VH VH XS prediction and uncertainties in STXS framework Software tool providing central value and uncertainties + recommendations ~mid-summer 2018   In progress
VH HL/HE-LHC 27TeV VH cross-section VH cross-section and uncertainties calculation at 27TeV few months / summer 2018   not yet started
VH V+hf modeling for VH(bb) [public note] MC comparison across several V+hf MC tools targeting VH(bb) phase space, guidelines for theory uncertainties on V+hf predictions autumn 2018   In progress [https://indico.cern.ch/event/698454/]
VH ggZH merged predictions [potentially public note] Comparison between showered ggZH 0+1jet merged LO MC prediction, and ggZH LO prediction ~mid-summer 2018   not yet started
ttH/tH Quantify theory-related uncertainties Rivet analysis for MC/MC comparisons Winter 2018 Identify all important theory-related sources of uncertainties for signal and main backgrounds. Final aim of these MC/MC comparisons is to deliver a set of recommendations for theoretical uncertainties in the experimental analyses. In progress
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ggF Uncertainties in kinematic regions Recommendation (LHCXSWG-INT-2017-001); Tool fall 2019 It is a set of per-event weights, one for each source of uncertainty, to plug&play using the simplified/template cross section setup. Implemented everything in MINLO NNLOPS, being this the reference and the most up to date generator. Re-weighting Powheg to NNLOPS is mandatory , since the uncertainties have been calculated with a given perturbative order, and if it is not matched with the generator, the result may be inconsistent. In progress
ggF Boosted-Higgs cross-section recommendation Recommendation (LHCXSWG-2019-002) fall 2019 Current version of the note available here Note under review
VH VH XS prediction and uncertainties in STXS framework Software tool providing central value and uncertainties + recommendations fall 2019   In progress
VH V+hf modeling for VH(bb) [public note] MC comparison across several V+hf MC tools targeting VH(bb) phase space, guidelines for theory uncertainties on V+hf predictions Fall 2019   In progress, see here
VH ggZH merged predictions [potentially public note] Comparison between showered ggZH 0+1jet merged LO MC prediction, and ggZH LO prediction fall 2019   not yet started
ttH/tH Quantify theory-related uncertainties Rivet analysis for MC/MC comparisons Fall 2019 Identify all important theory-related sources of uncertainties for signal and main backgrounds. Final aim of these MC/MC comparisons is to deliver a set of recommendations for theoretical uncertainties in the experimental analyses. In progress
 
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