Difference between revisions of "Physics Case"

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Back to [https://wiki.jlab.org/cuawiki/index.php/Electron-Ion_Collider_Detectors:_EEEMCal EEEMCAL Main Page]
 
Back to [https://wiki.jlab.org/cuawiki/index.php/Electron-Ion_Collider_Detectors:_EEEMCal EEEMCAL Main Page]
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Back to [https://wiki.jlab.org/cuawiki/index.php/EEEMCal_Documents EEEMCAL Documents]
  
 
== Meetings ==
 
== Meetings ==
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9/15/22: [[EEEMCAL Physics Meeting Summary (9/15/22)]]
  
 
8/30/22: [[EEEMCAL Physics Meeting Summary (8/30/22)]]
 
8/30/22: [[EEEMCAL Physics Meeting Summary (8/30/22)]]
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== Physics paragraphs and text for preproposal ==
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* [https://wiki.jlab.org/cuawiki/images/b/bb/EIC_EMCal_GrantProposal.docx DRAFT Intro paragraphs]
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* [https://wiki.jlab.org/cuawiki/images/9/9d/DVCS.docx DRAFT DVCS paragraphs]
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== Physics topics and plots ==
 
== Physics topics and plots ==
  
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* EEEMCAL Science Case Slides [https://wiki.jlab.org/cuawiki/images/e/ef/EEEMCal_ScienceCase.pptx Link]
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* Nuclear PDFs
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::* Yellow Report [https://wiki.jlab.org/cuawiki/images/1/11/YR-Fig.7.68.png Fig. 7.68]: shows projections for relative uncertainties but it isn’t clear that a Rosenbluth separation is being considered.
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::* On p. 157 Section 7.3.3 Nuclear PDFs: discusses not only the subject in the title but also F_L in eqn (7.37). It states that
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:::* "''The large Q2 lever arm of the EIC will allow us to precisely extract FL and further determine the nuclear gluon PDF. Longitudinal and charm structure functions provide direct access to the magnitude  of nuclear effects on the gluon distribution''.”
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* Inclusive longitudinal diffractive SF (FL)
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::* PRD105, 074006 (2022), "''Diffractive Longitudinal SF at the EIC''", [https://inspirehep.net/literature/1988895 Link]
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::* Yellow Report [https://wiki.jlab.org/cuawiki/images/5/58/YR-Fig.7.30.png Fig. 7.30], [https://wiki.jlab.org/cuawiki/images/7/79/YR-Fig.7.31.png Fig. 7.31], [https://wiki.jlab.org/cuawiki/images/0/09/YR-Fig.7.32.png Fig. 7.32]
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::* Yellow Report 2nd Workshop: "''Inclusive Diffraction in e-p''" [https://indico.bnl.gov/event/8231/contributions/37814/attachments/28244/43418/Slominski_Pavia_2020.pdf Link to the talk]
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::* INT-10 document, "''The Longitudinal Structure Function FL at EIC''", [https://wiki.jlab.org/cuawiki/images/f/f0/FL_INT.pdf Link]
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* DVCS, e-A
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::* photon angle distribution [https://wiki.jlab.org/cuawiki/images/2/27/PhotonAngle.pdf Link]
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::* phase space plot [https://wiki.jlab.org/cuawiki/images/8/86/Screen_Shot_2022-09-04_at_8.40.52_AM.png Link]
  
 
== Notes ==
 
== Notes ==

Latest revision as of 13:38, 30 September 2022

Back to EEEMCAL Main Page

Back to EEEMCAL Documents

Meetings

9/15/22: EEEMCAL Physics Meeting Summary (9/15/22)

8/30/22: EEEMCAL Physics Meeting Summary (8/30/22)


Physics paragraphs and text for preproposal


Physics topics and plots

  • EEEMCAL Science Case Slides Link
  • Nuclear PDFs
  • Yellow Report Fig. 7.68: shows projections for relative uncertainties but it isn’t clear that a Rosenbluth separation is being considered.
  • On p. 157 Section 7.3.3 Nuclear PDFs: discusses not only the subject in the title but also F_L in eqn (7.37). It states that
  • "The large Q2 lever arm of the EIC will allow us to precisely extract FL and further determine the nuclear gluon PDF. Longitudinal and charm structure functions provide direct access to the magnitude of nuclear effects on the gluon distribution.”
  • Inclusive longitudinal diffractive SF (FL)
  • PRD105, 074006 (2022), "Diffractive Longitudinal SF at the EIC", Link
  • Yellow Report Fig. 7.30, Fig. 7.31, Fig. 7.32
  • Yellow Report 2nd Workshop: "Inclusive Diffraction in e-p" Link to the talk
  • INT-10 document, "The Longitudinal Structure Function FL at EIC", Link
  • DVCS, e-A
  • photon angle distribution Link
  • phase space plot Link

Notes

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