Closed ytatus94 closed 7 years ago
NUHM2 short term plans:
1) Shape of the mll distribution
==> mll distribution has the same shape as Higgsino when MadGraph and N2->llN1 is used.
2) Prepare jobOptions
==> Use MadSpin (faster) or MadGraph with N2->llN1 and C1->ffN1. Use cross-section x BR in event weighting.
==> No need to use N2->WC1, C1->ffN1 production, it has very small branching fraction ~ 0.0045.
3) Production N2C1p, N2C1m, N2N1, N2N2, C1C1
==> Use N2C1p, N2C1m, N2N1, C1C1.
==> No need to use N2N2 as the cross-section is very low.
==> No need to use C1N1 production although it has a large cross-section, because it has 1 lepton and will not pass the 2 lepton selection.
4) Interpretation
NUHM2 short term plans:
1) Shape of the mll distribution
==> mll distribution has the same shape as Higgsino when MadGraph and N2->llN1 is used.
2) Prepare jobOptions
==> Use MadSpin (faster) or MadGraph with N2->llN1 and C1->ffN1. Use cross-section x BR in event weighting.
==> No need to use N2->WC1, C1->ffN1 production, it has very small branching fraction ~ 0.0045.
3) Production N2C1p, N2C1m, N2N1, N2N2, C1C1
==> Use N2C1p, N2C1m, N2N1, C1C1.
==> No need to use N2N2 as the cross-section is very low.
==> No need to use C1N1 production although it has a large cross-section, because it has 1 lepton and will not pass the 2 lepton selection.
4) Interpretation