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Figures

  1. Introduction 🔺
  2. Summary of SM particles 🔺
  3. The LHC and ATLAS 🔹
  4. LHC ring 🔹
  5. LHC accelerator complex 🔹
  6. ATLAS detector 🔹
  7. Cross-sections (Stirling plot) 🔹
  8. Cross-sections (ATLAS plot) 🔹
  9. Tau leptons 🔸
  10. Tau decay pie chart 🔹
  11. Lepton pt (W, Z, tau) 🔹
  12. Lepton d0 (W, Z, tau) 🔺
  13. Tau event display 🔹
  14. Tau energy calibration 🔺
  15. Tau ID input variables 🔸
  16. Tau ID ROC 🔸
  17. Electron veto input variables 🔸
  18. Electron veto ROC 🔸
  19. Muon rejection efficiency 🔺
  20. Zmumu (brem) fakes 🔹
  21. Zmumu (FSR) fakes 🔹
  22. Htautau strategy 🔸
  23. Muon reconstruction/ID 🔹
  24. Electron reconstruction/ID 🔹
  25. Electron energy scale 🔺
  26. Jet reconstruction/ID 🔺
  27. bjet reconstruction/ID 🔸
  28. MET reconstruction 🔹
  29. tautau decay pie chart 🔹
  30. Cartoons: presel., boost, VBF 🔹
  31. Plots at preselection 🔹
  32. MMC cartoon 🔹
  33. MMC input assumptions 🔹
  34. MMC vs. collinear vs. visible ROC 🔹
  35. Overlaid input variables: boost 🔹
  36. Overlaid input variables: VBF 🔹
  37. Overlaid BDTs (boost, VBF) 🔹
  38. Background modeling 🔸
  39. mis-modeling in Zll MC 🔹
  40. Embedding validation 🔺
  41. Ztautau uncertainties 🔹
  42. presel. with/without e-veto 🔺
  43. VBF with/without e-veto 🔺
  44. presel. with/without muon rej. 🔺
  45. VBF with/without muon rej. 🔺
  46. fake flavors vs tau ID BDT 🔺
  47. ER/VR/SR cartoon 🔹
  48. loose70 definition 🔹
  49. fakefactors VBF 🔹
  50. fakefactors boost 🔹
  51. VBF anti-ID ER 🔹
  52. composition pie charts VBF 🔹
  53. composition pie charts boost 🔹
  54. composition dependence plots 🔺
  55. MC fakefactors VBF 🔺
  56. MC fakefactors boost 🔺
  57. VBF Wlv CR 🔹
  58. VBF QCD CR 🔹
  59. VBF Zll CR 🔹
  60. VBF top CR 🔹
  61. VBF SS CR 🔹
  62. VBF MC SR 🔹
  63. VBF SR 🔺
  64. fakes closure options 🔺
  65. 2013 vs 2014 pre-fit uncertainty 🔺
  66. fakes uncertainties 🔹
  67. Results 🔹
  68. post-fit BDTs 🔹
  69. combined BDT 🔹
  70. S/B-weighted mass 🔹
  71. signal strength summary 🔹
  72. p-value vs. mH 🔹
  73. muVBF vs. muggF 🔹
  74. Future prospects 🔹
  75. minbias vs ggF vs VBF 🔹
  76. L1 resolutions (pt, eta, phi) 🔹
  77. sensitivity vs threshold, lh 🔹
  78. sensitivity vs threshold, hh 🔹
  79. L1 cartoon 🔹
  80. L1 turn-ons for 1x1, 2x2, 4x4 🔹
  81. L1 iso efficiency, with TAU60 🔹
  82. L1 iso efficiency, without TAU60 🔹
  83. L1 iso rates, with TAU60 🔹
  84. L1 iso rates, without TAU60 🔹
  85. LTT input variables, BDT 🔹
  86. forward tracker layout 🔹
  87. pile-up impact on MMC, MET 🔹
  88. ROC curves with forward trackers 🔹
  89. jet variables at mu=140 🔹
  90. BDTs at mu=140 🔹
  91. Conclusions 🔺

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