Run II B Physics Monte Carlo stuff

All files are on domino.fnal.gov :

pmc03:

B_d -> K* and mu^- mu⁺:

• K* -> K0 and pi0 or K^- and pi⁺
• K0 -> Ks

• /prj_root/786/mub_3/RunIIB/kinyip/data/pmc03/B0B_mumuKstarB_d0gd0s_138.dat

|eta| < 3 and Pythia CKIN(3) = 8 GeV ! Min. Pt for hard 2->2 process

pmc02:

B_d -> J/Psi Ks and J/Psi -> mu^- mu⁺:

• /prj_root/734/l1_1/data/gen/sim.b0bar.428events_test_mckine.266-1333

P_T > 20 GeV in the rest frame of hard interaction.

• /prj_root/786/mub_3/RunIIB/kinyip/data/geant_b0b_413events_eta_lt_3.dat

|eta| < 3 and P_T > 0 GeV

• /prj_root/786/mub_3/RunIIB/kinyip/data/B0B_418events_gt_0GeV.dat

|eta| < 2.5 and P_T > 0 GeV

• /prj_root/786/mub_3/RunIIB/kinyip/data/geant_b0b_981events_eta_lt_3.dat

|eta| < 3 and P_T > 0 GeV

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B_d -> J/Psi Ks and J/Psi -> e⁺ e^- :

• /prj_root/734/l1_1/data/gen/jpsi_elec_ks.445events_test_mckine.341-1738

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B_d -> pi^- pi⁺ :

• /prj_root/786/mub_3/RunIIB/kinyip/data/b0b_to_pipi.500events.dat
• /prj_root/786/mub_3/RunIIB/kinyip/data/b0b_to_pipi.526events.dat
• anti-B_d decays to pi^- pi⁺
• on the other side
• B_d -> mu^- mu⁺
• B⁺, B^- , B_s , B_c , etc -> everything

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B_s -> J/Psi Phi :

• /prj_root/786/mub_3/RunIIB/kuznets/bs_psi_phi537.evt

§ Phi -> K^- K⁺

§ J/Psi -> mu^- mu⁺

• Both B_s and anti-B_s decay to J/Psi Phi

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