LHC Higgs Cross Section WG Picture Gallery

Higgs production cross sections

Figure: Standard Model Higgs boson production cross sections at Ecm = 7 , 8 and 14 TeV. Transition for VBF at M_H=300 GeV at 8 TeV is due to change from ZWA to complex-pole-scheme.

Figure: Standard Model Higgs boson production total cross sections at Ecm = 7 , 8 and 14 TeV.

Figure: Standard Model Higgs boson production total cross section ratios between Ecm = 7 , 8 and 9 TeV, and the ratio of parton luminosities between 7, 8 TeV. (J. Stirling, see also here).

Higgs decay width and branching ratios

Figure: Standard Model Higgs boson decay branching ratios for 2- and 4-fermion final states.

Higgs production cross section times branching ratio

Figure: Standard Model Higgs boson production cross section times branching ratio at Ecm= 7 TeV and 8 TeV (PNG and PDF files can be found in Attached file below or linked in main TWiki page). For H→ττ both inclusive (solid line) and VBF (dashed line) mode are plotted.

• Few more plots at BR TWiki page. For BSM plots, please look at each XS and BR TWiki page linked above.

MSSM neutral WG plots

Figure: Standard Model Higgs boson production in association with a b-quark at 8 TeV. 4 flavour and 5 flavour calculations are compared for a scalar Higgs (left) and pseudoscalar Higgs (right).

Figure: MSSM Cross Section summary for the mhmax scenario for tanbeta = 5 (left)
and tanbeta=30 (right).

Figure: MSSM Cross Section summary for the mhmodp scenario for tanbeta = 5 (left)
and tanbeta=30 (right).

Figure: MSSM Cross Section summary for the lightstau scenario for tanbeta = 5 (left)
and tanbeta=30 (right).

Figure: MSSM Cross Section summary for the lightstop scenario for tanbeta = 5 (left)
and tanbeta=30 (right).

Figure: MSSM Cross Section summary for the lightstop scenario for tanbeta = 5.

Figure: MSSM Cross Section summary for the tauphobic scenario for tanbeta = 5 (left)
and tanbeta=30 (right).

Figure: MSSM Cross Section summary for the no-mixing scenario for tanbeta = 5 (left)
and tanbeta=30 (right).

Figure: MSSM Cross Section summary for the mhmax scenario for the pseudoscalar (left) and scalar (right) Higgs for tanbeta = 5, 10, 30, 50.

MSSM neutral BR plots

Figure: MSSM Neutral Higgs BR summary for the mhmodm scenario for (left) tanbeta=5 (right) tanbeta = 30 for the A (top), h (middle), H (bottom).

Figure: MSSM Neutral Higgs BR summary for the mhmodp scenario for (left) tanbeta=5 (right) tanbeta = 30 for the A (top), h (middle), H (bottom).

Figure: MSSM Neutral Higgs BR summary for the tauphobic scenario for (left) tanbeta=5 (right) tanbeta = 30 for the A (top), h (middle), H (bottom).

Figure: MSSM Neutral Higgs BR summary for the lightstop scenario for (left) tanbeta=5 (right) tanbeta = 30 for the A (top), h (middle), H (bottom).

Figure: MSSM Neutral Higgs BR summary for the lightstau scenario for (left) tanbeta=5 (right) tanbeta = 30 for the A (top), h (middle), H (bottom).

Figure: MSSM Neutral Higgs BR summary for the lowmH scenario for tanbeta=5 and for the A (top), h (left-bottom), H (right-bottom).

MSSM neutral Mass plots

Figure: MSSM Neutral Higgs Mass for the mhmax scenario for h (left) and H (right).

Figure: MSSM Neutral Higgs Mass for the mhmodm scenario for h (left) and H (right).

Figure: MSSM Neutral Higgs Mass for the mhmodp scenario for h (left) and H (right).

Figure: MSSM Neutral Higgs Mass for the tauphobic scenario for h (left) and H (right).

Figure: MSSM Neutral Higgs Mass for the lightstop scenario for h (left) and H (right).

Figure: MSSM Neutral Higgs Mass for the lightstau scenario for h (left) and H (right).

Figure: MSSM Neutral Higgs Mass for the lowmh scenario for h (left) and H (right).

H+ BR plots (MSSM)

Figure: H+ BR plots (MSSM) for various MSSM scenarios, each for tanbeta=10 and tanbeta = 50. Versions in pdf format can be found in the Attachments table below.

H+ cross sections plots (2HDM)

-- MartinFlechl - 2016-07-19 -- ReiTanaka - 04-Jun-2012