...
- data shown: W x-section, A_L(W) combined for W+ & W-
- emphasis on observation of parity violating SSA in a collider
- describe experiment, analysis technique
List of figures:
- Lego-plot with BTOW response from single W event
- M-C to data comparison , 2-4 small panels
- Jacobian peak showing
- AL W+ & W- combined, 1 or 2 bins in ET with overlay of theory curves
...
Decisions:
- we aim to circulate draft in spin PWG ASAP
- we will use only BTOW, TPC, perhaps ETOW for away ET veto. BSMD will not be used.
- no reason to request another production for this publication
- Z's (if confirmed) will not be included in this paper. BTW, the same holds if Zs are not confirmed.
List of task, assigned man power, status (clean it up , structure it )
- STAR
- BTOW
- absolute
- calibration accuracy
- calibration accuracy
- TPC
- Trigger
- BTOW
- RHIC
- relative spin dependent lumi (based on BHT3 in muDst)
- assemble .tex files with outline of the paper
- list of cross checks on the data
- absolute cross section from BHT3
- theory calculation for our bins, vary input PDFs, average sign
- spin bits or bXing --> spin pattern mapping
- Vet MC/Data
- Background model for what's under the Jacobian peak
- Relative Lumi QA
- CNI Polarization and Polarization QA
- effect of non longitudinal beam polarization
- Vernier scan cross section
- uncertainties
- PPV vetting/debugging
- Jan: do not care if it better than 3 cm accurate
- PPV acceptance correction when triggered on L2W trigger
- BTOW relative gains
- BTOW absolute gains + uncertainty
- Energy resolution of 2x2/3x3 clustering
- TPC pointing accuracy
- W-Algo acceptance corrections (will need input from TPC pointing accuracy)