Difference between revisions of "K0K0 Analysis Summary"

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(Presentations)
(Related Theoretical Work)
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* [https://arxiv.org/abs/2110.00027 Scalar and tensor resonances in <math>J/\psi</math> radiative decays]
 
* [https://arxiv.org/abs/2110.00027 Scalar and tensor resonances in <math>J/\psi</math> radiative decays]
 
** Coupled channel analysis with BESIII data of the reactions <math>J/\psi \rightarrow \gamma\pi^0\pi^0/\gamma K_SK_S</math>.
 
** Coupled channel analysis with BESIII data of the reactions <math>J/\psi \rightarrow \gamma\pi^0\pi^0/\gamma K_SK_S</math>.
 +
* [https://journals.aps.org/prd/pdf/10.1103/PhysRevD.100.054017 Moments of angular distribution and beam asymmetries in ηπ<sup>0</sup> photoproduction at GlueX]
 +
** Amplitudes for Partial Wave Analysis of two-pseudoscalar final states with linearly polarized photons
  
 
== Previous Related Measurements ==
 
== Previous Related Measurements ==

Revision as of 19:09, 19 January 2023

Summary

  • Title: Analysis of KSKS Production
  • Primary contact: Dene Hoffman, Gabriel Rodriguez
  • Other contributions: Reinhard Schumacher, Sean Dobbs
  • Data set used: GlueX-I and GlueX-II
    • Data analysis launch versions and ReactionFilter flags
      • Spring 2017:
        • ksks__B4 (Dene): analysis-2017_01-ver55.xml
        • ksks__B4_M16 (Gabriel): analysis-2017_01-ver55.xml
      • Spring 2018:
        • ksks__B4 (Dene): analysis-2018_01-ver19.xml
        • ksks__B4_M16 (Gabriel): analysis-2018_08-ver8.xml
      • Fall 2018:
        • ksks__B4 (Dene): analysis-2018_08-ver19.xml
        • ksks__B4_M16 (Gabriel): analysis-2018_08-ver19.xml
      • Spring 2020:
        • ksks__B4 (Dene): analysis-2019_11-ver04.xml
        • ksks__B4_M16 (Gabriel): analysis-2019_11-ver04.xml
    • Simulation sample summary: MCWrapper project IDs, etc.
  • Observable / Goals:
    • Partial Wave Analysis in K_{{S}}K_{{S}} channels

Related Analyses (if needed)

  • \pi ^{0}\pi ^{0} and \eta \pi for comparisons?
  • The K_{{S}}K_{{L}} analysis strongly depends on our understanding of K_{{S}} reconstruct since the K_{{L}} is a missing particle.

Suggested Milestones

TBD

  • preliminary results
  • analysis draft

Related Theoretical Work

Previous Related Measurements


Expected Yield / Sensitivity

TBD

Presentations

Dene:

Gabriel:

Other Resources (notes/code/etc.)

TBD