1. ATGC study in 5fb -1 1 Liang HE Liang HAN, Liang HE, Suen Hou, Minghui LIU,Hongye SONG IPAS&USTC

2. 1.Generator: MCFM 2. PDF: MSTW2008nlo90cl 3.Generation level cut: 1)muon channel: pT_μ>15GeV, |eta_μ|<2.47 2)neotrino channel: MET>90GeV 3)Λ=10000TeV 4)pT_ϒ>100GeV, |eta_ϒ|<2.37 with crack removed 5)0 jet exclusive MC sample generation 2

3. 3 Fitting result Fit cross-section as function of h3 and h4: p0p1p2p3p4p5chi2 μ channel,ϒ2.05e43.06e8-3.71e6-2.073.95e210.540.727145 μ channel, Z2.87e43.75e8-4.90e6-45.384.16e210.540.275139 ν channel,ϒ1.51e53.42e9-3.45e7151-1.11e277.94.0415 ν channel, Z2.06e54.11e9-4.36e7-99.81.32e277.91.3378 Less statistics

4. 4 Likelihood 1.Only calculate the expected likelihood (set N observed as N expected ) 2.Consider some uncertainties such as efficiency, theoretical which use last year result. 3.For 1D using 2000 points for each ATGC parameter; For 2D using 200*200 points for each 2 ATGC parameters. Muon channel 2D likelihood distribution Muon channel 1D likelihood distribution

5. 5 ATGC parameter limits set 1.For 1D exactly as last year method 2.For 2D cut a plate in 2D likelihood and get the boundaries as 2D parameter limits Muon channel 2D likelihood distribution 95% plate

6. 6 ATGC parameter limits result H3_ϒH4_ϒH3_ZH4_Z μ channel 1D(-0.0125,0.0115)(-0.000136,0.000136)(-0.0104,0.0096)(-0.000121,0.000121) μ channel 2D(-0.0244,0.0243)(-0.00021,0.00021)(-0.0200,0.0231)(-0.00017,0.00019) ν channel 1D(-0.00960, 0.00860)(-0.000061,0.000061)(-0.00816,0.00864)(-0.000056,0.000056) ν channel 2D(-0.019,0.018)(-0.00007,0.00007)(-0.015,0.016)(-0.00011,0.00011) 2011 expected(-0.029,0.028)(-0.00026,0.00024)(0.023,0.026)(-0.00022,0.00022)

7. 7 Back Up

8. 8 p0p1p2p3p4P5 Value2.05e43.06e8-3.71e6-2.073.95e210.54 Error7.50e19.11e57.29e32.552.97e20.18

9. 9 2D limit result H3_ϒ : (-0.0244,0.0241) H4_ϒ : (-0.00020, 0.00020)

10. 10 1D limit result H3_ϒ : (-0.0125,0.0115) H4_ϒ : (-0.000136, 0.000136)

11. 11 p0p1p2p3p4P5 Value2.87e43.75e8-4.90e6-45.384.16e210.54 Error7.50e19,11e57.29e32.552.97e20.18

12. 12 2D limit result H3_ϒ : (-0.0244,0.0241) H4_ϒ : (-0.00020, 0.00020)

13. 13 1D limit result H3_Z: (-0.0104,0.0096) H4_Z : (-0.000121, 0.000121)

14. 14 p0p1p2p3p4P5 Value1.51e53.42e9-3.45e7151-1.11e277.9 Error7.15e17.15e56.31e32.42.4e20.17

15. 15 2D result: H3_ϒ : (-0.019,0.018) H4_ϒ : (-0.00013, 0.00012) 1D result: H3_ϒ : (-0.013,0.011) H4_ϒ : (-0.00007, 0.00007)

16. 16 1D limit result H3_ϒ : (-0.00960,0.00860) H4_ϒ : (-0.000061, 0.000061)

17. 17 p0p1p2p3p4P5 Value2.06e54.11e9-4.36e7-99.81.32e277.9 Error7.15e17.15e56.31e32.42.4e20.17

18. 18 2D result: H3_Z: (-0.015,0.016) H4_Z : (-0.00011, 0.00011) 1D result: H3_Z: (-0.011,0.012) H4_Z : (-0.00007, 0.00007)

19. 19 1D limit result H3_Z : (-0.00816,0.00864) H4_ϒ : (-0.000056, 0.000056)

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