[Clas_hadron] [EXTERNAL] Re: [clas12_rgk] Abstract for DNP

[Izzy Illari]

Dear Nick,

Thank you for the information. I will submit a notification of my 
abstract submission to CSC.

All the best,

Izzy

On 6/29/22 11:24 AM, Nick Zachariou wrote:
>  Dear Izzy, and all hadron spectroscopist,
>
> I would also like to take this opportunity to remind you to submit a 
> notification of your abstract submission to CSC. Information can be 
> found on our wiki:
>
> https://clasweb.jlab.org/csc/wiki/index.php/Main_Page
>
> Best regards,
> Nick
>
> Sent from my iPhone
>
>
>
> Sent from my iPhone
>> On 29 Jun 2022, at 16:35, Izzy Illari <izzy at jlab.org> wrote:
>>
>> 
>>
>> Dear all,
>>
>> Copied below is my abstract for this year's DNP for approval. I would 
>> appreciate any comments or contributions. Thank you in advance for 
>> the help.
>>
>> -title-
>> Determination of Kinematical Bins for η and η’ Electroproduction with 
>> JLab's CLAS12 Detector
>> -/title-
>>
>> -abstract-
>> The CLAS12 physics program is involved in the studies of the nucleon 
>> resonance spectrum and structure in electroproduction of a large 
>> variety of final states. With new CLAS12 data, we can investigate the 
>> electroproduction of the η and η’ mesons, which will provide a useful 
>> tool to study nucleon resonances N*. Due to the fact that both η and 
>> η’ have isospin I = 0 this provides an “isospin filter” that allows 
>> us to access nucleon resonances where I = ½. This work uses the 6.5 
>> GeV data collected by CLAS12, with center of mass energy W ∼ 1-3 GeV, 
>> photon virtuality Q2 ∼ 0-6 GeV2, and luminosity 54 fb-1. The purpose 
>> of this work is to measure the differential cross section for η and 
>> η’ electroproduction. One of the steps necessary for this measurement 
>> is the determination of the bins and bin sizes for the kinematical 
>> parameters W, Q2, cosθ*, and ϕ*. This will require the development of 
>> programs that filter the data and the application of fiducial cuts to 
>> the remaining final states. After the data has been reduced to the 
>> relevant final states we will develop an automatic method to fit each 
>> individual kinematical bin and determine the goodness of said fit. 
>> This will enable us to extract the η and η’ signal in each bin to 
>> determine which bins can be used and which will need to be adjusted 
>> or rejected. Finally, to verify η and η’ detection, we will perform 
>> Monte Carlo simulations for comparison. This work is in contrast to 
>> the bulk of the current world database, which focuses on πN final states.
>> -/abstract-
>>
>> Sincerely,
>>
>> Izzy
>>
>> -- 
>> pronouns: they/their/them
>>
>> Physics Ph.D candidate (Feb 2020)
>> Columbian College of Arts & Sciences, The George Washington University
>> M.S. in Physics
>> The George Washington University (Jan 2020)
>> B.A. in Physics
>> Barnard College, Columbia University (May 2017)
>>
>> GWU Foggy Bottom Office:
>> Corcoran 418
>> office phone: (202)994-8896
>> gwu email:iti2103 at gwmail.gwu.edu  
>>
>> GWU JLab group
>> JLab email:izzy at jlab.org
>>
>> Personal:
>> cell: (347)876-4075
>> email:izzyillari at gmail.com
>> _______________________________________________
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-- 
pronouns: they/their/them

Physics Ph.D candidate (Feb 2020)
Columbian College of Arts & Sciences, The George Washington University
M.S. in Physics
The George Washington University (Jan 2020)
B.A. in Physics
Barnard College, Columbia University (May 2017)

GWU Foggy Bottom Office:
Corcoran 418
office phone: (202)994-8896
gwu email:iti2103 at gwmail.gwu.edu  

GWU JLab group
JLab email:izzy at jlab.org

Personal:
cell: (347)876-4075
email:izzyillari at gmail.com
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