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2017:groups:np:efttherror [2017/06/22 12:17] olivier.mattelaer |
2017:groups:np:efttherror [2017/06/23 09:11] shankha.banerjee |
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** interested people:** Olivier Mattelaer, Ken Mimasu, Kentarou Mawatari, Shankha Banerjee, Biplob Bhattacherjee, Francesco Riva, Benjamin Fuks, Ramona Groeber, Julia Harz, Jorge de Blas, Kristin Lohwasser, Alexandra Carvalho... ADD YOUR NAME HERE | ** interested people:** Olivier Mattelaer, Ken Mimasu, Kentarou Mawatari, Shankha Banerjee, Biplob Bhattacherjee, Francesco Riva, Benjamin Fuks, Ramona Groeber, Julia Harz, Jorge de Blas, Kristin Lohwasser, Alexandra Carvalho... ADD YOUR NAME HERE | ||
- | -> Responsible: **Olivier Mattelaer** | + | |
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2) comupte contribution to \psi\psi -> V_L V_L from O_1, O_2 and O_8 | 2) comupte contribution to \psi\psi -> V_L V_L from O_1, O_2 and O_8 | ||
Use Re-Weighting method to avoid statistical error in the various generation | Use Re-Weighting method to avoid statistical error in the various generation | ||
- | -> Model and param_card created by Ken -> Run by **Olivier** | + | -> Model and param_card created by Ken + **Ramona** -> Run by **Olivier** |
3) Impose that the quadratic piece be bigger than the linear piece, and test in these conditions how big the dimension-8 contribution becomes | 3) Impose that the quadratic piece be bigger than the linear piece, and test in these conditions how big the dimension-8 contribution becomes | ||
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4) Understand wheter this behavior is the same in other processes | 4) Understand wheter this behavior is the same in other processes | ||
- | -> **Shanka**: O_W, O_B and O_WB and O_phi_1 (this one is strongly constrained by custodial symmetry, that's what I remember) (Eq. 2 in Ref. https://arxiv.org/pdf/1211.4580.pdf) which modify the ZWW/ gamma WW couplings as given in Eqs. 27 and 28. | + | -> **Shankha**: O_W, O_B and O_WB and O_phi_1 (this one is strongly constrained by custodial symmetry, that's what I remember) (Eq. 2 in Ref. https://arxiv.org/pdf/1211.4580.pdf) which modify the ZWW/ gamma WW couplings as given in Eqs. 27 and 28. |
- | -> **Ken** for generating the model, Shanka for the generation/comparaison | + | -> **Ken** and **Ramona** for generating the model, Biplob and Shankha for the generation/comparaison |