plan for TGC measurement Zhijun Liang TGC measurement

plan for TGC measurement Zhijun Liang

TGC measurement plan • Calculate A_W(p. TΥ) , C_W(p. Tγ) as a function of photon p. T for SM/ATGC sample – Binning (45, 55), (55, 65), (65, 75), (75, 85), (85, 105), (105, 120), (>120)Ge. V. • Compare C_W(p. Tγ) in SM sample with C_W(p. TΥ) in ATGC sample, check if the discrepancy is within 5%. • If so , use C_W(p. Tγ) in SM sample and quote the discrepancy between ATGC samples and SM samples as systematic of C_W(p. Tγ). • Generate 50 X 50 grid in “λ/Δκ “, “h 3/h 4” phase space, calculate A_W(p. Tg) (λ; Δκ) in these 2500 points. • Calculated expected N_obs(p. TΥ) [λ; Δκ] based on A_W(p. Tg)[λ; Δκ] , C_W(p. Tγ) and theoretical cross section σ(p. TΥ) [λ; Δκ] , and k factor [λ; Δκ]. • Compare expected N_obs(p. TΥ) [λ; Δκ] with N_obs(p. TΥ) [Data], fit the limit for λ; Δκ in 1 D and 2 D.

Introduction to Sherpa MC 10 B sample • SM sample with Low p. T photon threshold, only 0 jet LO matrix element (should be comparable to Madgraph sample) 126009. Sherpa_Wenugamma 126010. Sherpa_Wmunugamma 126011. Sherpa_Zeegamma 126012. Sherpa_Zmumugammamc 10_7 Te. V SM sample with low p. T photon threshold (p. T_Υ>10 Ge. V), LO 0 jet and 1 jet , ME+PS CKKW matching (recommended MC sample for EPS cross section measurement) 126013. Sherpa_Wenugamma_1 jetmc 10_7 Te. V. 126014. Sherpa_Wmunugamma_1 jetmc 10_7 T e. V. 126015. Sherpa_Zeegamma_1 jetmc 10_7 Te. V. 126016. Sherpa_Zmumugamma_1 jetmc 10_7 Te. V SM sample with high p. T photon threshold (p. T_Υ>40 Ge. V), LO 0 jet and 1 jet , ME+PS CKKW matching (recommended MC sample for TGC coupling measurement) 126018. Sherpa_Wenugamma_highptmc 10_7 Te. V. 126019. Sherpa_Wmunugamma_hig hptmc 10_7 Te. V. 126020. Sherpa_Zeegamma_highptmc 10_7 Te. V. 126021. Sherpa_Zmum ugamma_highptmc 10_7 Te. V.

ATGC sample • ATGC sample with high p. T photon threshold (p. T_Υ>40 Ge. V), • LO 0 jet and 1 jet , ME+PS CKKW matching (recommended MC sample for TGC coupling measurement) 126023. Sherpa_Wenugamma_LAMBDA_plus 02 mc 10_7 Te. V. 126024. Sherpa_Wmunugamma_LAM BDA_plus 02 mc 10_7 Te. V. 126025. Sherpa_Wenugamma_LAMp 02_DKAPPAp 10 mc 10_7 Te. V. 126026. Sherpa_Wmunugamma_LAMp 02_DKAPPAp 10 mc 10_7 Te. V. 126029. Sherpa_Wenugamma_DELTAK APPA_plus 10 mc 10_7 Te. V. 126030. Sherpa_Wmunugamma_DELTAKAPPA_plus 10 mc 10_7 Te. V. 12603 1. Sherpa_Wenugamma_DELTAKAPPA_minus 10 mc 10_7 Te. V. 126032. Sherpa_Wmunugamma_DELT AKAPPA_minus 10 mc 10_7 Te. V. 126033. Sherpa_Zeegamma_h 3 gamma_plus 003 mc 10_7 Te. V. 126034. Sherpa_Zmumugamma_h 3 gamma_plus 003 mc 10_7 Te. V. 126035. Sherpa_Zeegamma_h 3 Z_plus 003 mc 10_7 Te. V. 126036. Sherpa_Zmumugamma_h 3 Z_plus 003 mc 10_7 Te. V. 126037. Sherpa_Znunugam ma_h 3 gamma_plus 003 mc 10_7 Te. V. 126038. Sherpa_Zeegamma_h 4 gamma_plus 00005 mc 10_7 Te. V. 126039. Sherpa_Zmumugamma_h 4 gamma_plus 00005 mc 10_7 Te. V. 126040. Sherpa_Zeegamma_h 4 Z_plus 00005 mc 10_7 Te. V. 126041. Sherpa_Zmumugamma_h 4 Z_plus 00005 mc 10_7 Te. V. 126042. Sher pa_Znunugamma_h 4 gamma_plus 0000