Year 7 Production readiness discussion

Speaker : Year 7 analyzers


Talk time : 00:00, Duration : 00:25

Discussion on Year 7 data production readiness.

What analysis and thus physics do we expect from these data.

- especially on timescale of SQM

Using the pi0 sample to estimate the amount of material in front of the endcap

Abstract -- We look at the mean energy deposited in the 1st preshower layer above the higher energy gamma in a sample of isolated, reconstructed pi0 decays. 
 
 

2001 original bylaws

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Revised Sections II and III 28 November 2001

 

SMD Residuals

First, here is a quick review of the cuts applied so far (numbered so that they correspond to the plot of the number of hits that survive each cut):

Online

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FTPC "Online" Calibration Software

The FTPC "online" calib

Sided Residuals etc

 I fixed a bug with the way I was assembling the SMD clusters - it was essentially getting only the left part of the cluster correct, and immediately dying on the right, meaning that if the hi

Results of last commit

 fig 1 : ratio (hits after removal of sim-real GEOM /hits GEANT)

Analysis update

I've posted some pages detailing my neutral strange particle transverse asymmetry

Double spin asymmetry

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Double spin asymmetry

I measure a double spin asymmetry defined as follows

Single spin asymmetry utilising relative luminosity

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Single spin asymmetry making use of relative luminosity

Single spin asymmetry using cross formula

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Single Spin asymmetry using cross formula

Geometrical cuts

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Geometrical cuts

Energy loss identification

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Energy loss particle identification

V0 decays

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V0 decays

Data used

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Data used in analysis

Research on APS5

Speaker : Rohit


Talk time : 00:45, Duration : 00:05

HFT Mechanical

Speaker : Howard W.


Talk time : 00:05, Duration : 00:20

Background conversion probability using identified pi0 sample

Abstract:  Using identified p0 decays we measure the conversion probability for the jet background in the photon sample which passes the CPV cut.
 

AOB


Talk time : 00:50, Duration : 00:10

Jan:  Kalman 102 : 1D tracking may help with beam line constrain approximation 

SVT/SSD Embedding

Speaker : All


Talk time : 00:30, Duration : 00:20