Difference between revisions of "CaFe Preparation"

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| H0 || Set up CaFe-Online github repository with the relevant codes for online experiment data-taking || '''HIGH''' || <span style="color:orange"> '''IN-PROGRESS''' </span> || C. Yero <br> See [https://github.com/Yero1990/CaFe-Online CaFe-Online] repo
 
| H0 || Set up CaFe-Online github repository with the relevant codes for online experiment data-taking || '''HIGH''' || <span style="color:orange"> '''IN-PROGRESS''' </span> || C. Yero <br> See [https://github.com/Yero1990/CaFe-Online CaFe-Online] repo
 
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| H1 || Finalize list of production targets to be used. || '''HIGH''' || <span style="color:orange"> '''IN-PROGRESS''' </span> || L. Weinstein   
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| H1 || Finalize list of production targets to be used. This is also related to the allocated time left after re-doing CaFe simulations at new beam energy. || '''HIGH''' || <span style="color:orange"> '''IN-PROGRESS''' </span> || L. Weinstein   
 
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| H2 || Re-do CaFe simulations using updated beam energy to determine new spectrometer kinematic settings and beam-time re-allocation || '''HIGH''' || <span style="color:red"> '''PENDING''' </span> || C. Yero / D. Nguyen  
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| H2 || Re-do CaFe simulations using updated beam energy of 10.6 GeV to determine new spectrometer kinematic settings and beam-time re-allocation || '''HIGH''' || <span style="color:red"> '''PENDING''' </span> || C. Yero / D. Nguyen  
 
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Revision as of 18:49, 21 November 2021

CaFe Preparation Overview

The CaFe experiment is set to run in Hall C on June 2022. This wiki will be used to document our weekly meetings, as well as post any other useful information such as proposals, previous publications, other useful links, etc. prior to the experiment running.

Pre-Run Task List

Color Code: PENDING , IN-PROGRESS , CLEARED

Task ID Description Priority Status Comments
H0 Set up CaFe-Online github repository with the relevant codes for online experiment data-taking HIGH IN-PROGRESS C. Yero
See CaFe-Online repo
H1 Finalize list of production targets to be used. This is also related to the allocated time left after re-doing CaFe simulations at new beam energy. HIGH IN-PROGRESS L. Weinstein
H2 Re-do CaFe simulations using updated beam energy of 10.6 GeV to determine new spectrometer kinematic settings and beam-time re-allocation HIGH PENDING C. Yero / D. Nguyen

Weekly Meeting Information

Weekly Meetings are Mondays at 12:00 pm (remote only)

November 2021


Proposals