h0-tautau-mhmax-5sigma-mu200-ma250.epsh0-tautau-mhmax-5sigma-mu200-ma250.eps

Diffractive Higgs boson production in MSSM

What is plotted:

1st row: Ratio = Gamma^sa(H->gg)*BR^sa(H->pp)/[Gamma^SM(H->gg)*BR^SM(H->pp)], where H=A0, h0 or HH and p=W, b or tau

2nd row: Sigma^sa=Sigma^SM*Ratio, where Sigma^SM=Sigma^excl*Gamma^SM(H->gg)*BR^SM(H->pp)

1. version [13.10.05]: Results calculated as functions of mh0 but plotted as functions of mA0, mh0 and mHH

 A0/h/H->WW

 A0/h/H->bb

 A0/h/H->tautau

 

  2. version [17.10.05]: Results calculated as functions of mA0, mh0 and mHH and plotted as functions of mA0, mh0 and mHH, resp.

 h/H->WW (A0 decouples from gauge bosons)

 A0/h/H->bb

 A0/h/H->tautau

 

  3. version [01.11.05]: Change for A0: in sigma^excl. formula, pseudoscalarness of A0 taken into account; new color coding

 h/H->WW

 A0/h/H->bb

 A0/h/H->tautau

 

  4. version [24.11.05]: LEP exclusion area visualized

  small alpha_eff scenario: Msusy=1000, Xt=-1375, Mue=2500

  mHmax scenario: Msusy=1000, Xt=2000, Mue=-800

  nomixing scenario: Msusy=2000, Xt=0, Mue=200

 
  h-->WW:

  small alpha_eff scenario

  mHmax scenario

  nomixing scenario

 
  h-->bb:                                                      H-->bb:                                              A-->bb:

  small alpha_eff scenario                            small alpha_eff scenario                   small alpha_eff scenario

  mHmax scenario                                        mHmax scenario                                  mHmax scenario

  no mixing scenario                                     no mixing scenario                              nomixing scenario

 

  h-->tautau:                                             H-->tautau:                                      A-->tautau:

  small alpha_eff scenario                            small alpha_eff scenario                   small alpha_eff scenario

  mHmax scenario                                        mHmax scenario                                  mHmax scenario

  no mixing scenario                                     no mixing scenario                              nomixing scenario


5. version [07.02.06]: FeynHiggs-2.3.0beta version with Delta_b corrections to partial widths h/H/A->gg in. The small alpha_eff scenario dropped for H and A. In mhmax scenario, back to Mue = 200 GeV. Exclusive as well as inclusive DPE for A!

  small alpha_eff scenario: Msusy=1000, Xt=-1375, Mue=2500

  mHmax scenario: Msusy=1000, Xt=2000, Mue=200

  nomixing scenario: Msusy=2000, Xt=0, Mue=200

 
  h-->WW:

  small alpha_eff scenario

  mHmax scenario

  nomixing scenario

 
  h-->bb:                                                      H-->bb:                                        A-->bb:

  small alpha_eff scenario                           

  mHmax scenario                                        mHmax scenario                                     mhmax scenario excl.DPE         mhmax scenario incl.DPE                                        

  no mixing scenario                                     no mixing scenario                                 nomixing scenario excl.DPE       nomixing scenario incl.DPE                                      

 

  h-->tautau:                                             H-->tautau:                                      A-->tautau:

  small alpha_eff scenario                           

  mHmax scenario                                        mHmax scenario                                     mhmax scenario excl.DPE          mhmax scenario incl.DPE

  no mixing scenario                                     no mixing scenario                                 nomixing scenario excl.DPE       nomixing scenario incl.DPE


5 sigma discovery contours for mhmax scenario:

h-->bb: mu=200 GeV                              H-->bb:  mu=200 GeV
             mu=-200 GeV                                           mu=-200 GeV
             mu=500 GeV                                            mu=500 GeV
             mu=-500 GeV                                           mu=-500 GeV

h-->tautau:  mu=200 GeV                       H-->tautau:  mu=200 GeV
                    mu=-200 GeV                                          mu=-200 GeV
                    mu=500 GeV                                           mu=500 GeV
                    mu=-500 GeV                                          mu=-500 GeV

                     

                                    


6.version [07.03.06] 5 sigma discovery contours for mhmax scenario calculated using CMS standard procedure (scpf.f):

h-->bb: mu=200 GeV                              H-->bb:  mu=200 GeV
             mu=-200 GeV                                           mu=-200 GeV
             mu=500 GeV                                            mu=500 GeV
             mu=-500 GeV                                           mu=-500 GeV

h-->tautau:  mu=200 GeV                       H-->tautau:  mu=200 GeV
                    mu=-200 GeV                                          mu=-200 GeV
                    mu=500 GeV                                           mu=500 GeV
                    mu=-500 GeV                                          mu=-500 GeV

                     

Final selection [20.06.2006]:

   h->bb:            mhmax, mu=200 GeV             no mixing, mu=200 GeV  


   h->tautau:   mhmax, mu=200 GeV              no mixing, mu=200 GeV 

                            mhmax, mu=200 GeV,upto mA=500 GeV

  
   H->bb:           mhmax, mu=200 GeV              no mixing, mu=200 GeV  
                                  
                           mhmax, mu=-500 GeV            no mixing, mu=-500 GeV


   H->tautau:  mhmax, mu=200 GeV