Jin Huang M.I.T. For Transversity Analysis Meeting Jul 02, JLab.

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Presentation transcript:

Jin Huang M.I.T. For Transversity Analysis Meeting Jul 02, JLab

Transversity Analysis Meeting Jin Huang 2

 Xin showed there are numerical scalar inconsistencies a_check/ a_check/  Examples: (Diff Between L&BB BCM scalar vs time) Transversity Analysis Meeting Jin Huang 3

 Extract Slope of each plot  Plot versus run number  Four Main Categories: ◦ Helicity + VS Helicity Bigbite Scalars (Asymmetry) for helicity charge asymmetry study Helicity + VS Helicity Bigbite Scalars (Asymmetry) ◦ BCM x1 and x10 VS BCM Bigbite Scalars (Ratio) to check BCM problems on/after the amplifier BCM x1 and x10 VS BCM Bigbite Scalars (Ratio) ◦ BCM Upstream VS Bigbite Scalars (Asymmetry) to check BCM problems before the amplifier BCM Upstream VS Bigbite Scalars (Asymmetry) ◦ Bigbite Scalar VS HRS Scalars (Asymmetry) to check consistency between HRS and BigBite copy of each scalar channel Bigbite Scalar VS HRS Scalars (Asymmetry) Transversity Analysis Meeting Jin Huang 4

 Following Link ScalarConsistCheck/ ScalarConsistCheck/  To Do: ◦ Check through all inconsistencies ◦ Build Problematic Run List Transversity Analysis Meeting Jin Huang 5

Transversity Analysis Meeting Jin Huang 6

Transversity Analysis Meeting Jin Huang 7  Sigma ~ 280ps

Transversity Analysis Meeting Jin Huang 8  Full Optimization: BB.tr.x* BB.tr.th* BB.tr.ph* BB.tr.y* BB.tr.x*BB.tr.x* BB.tr.th*BB.tr.th* BB.tr.x*BB.tr.th*  Sigma < 270ps

 There is no much space to push ◦ No obvious slopes ◦ Also there is no ADC dependence (time walk has already done)  Good News: For both BB & LHRS, there are obvious tails more than Gaussian  TODO: ◦ Coding the coincidence module for replay ◦ Multi-hits; Multi-tracks: Golden track selection Transversity Analysis Meeting Jin Huang 9