Difference between revisions of "Real Gamma GDH Experiment (REGGE)"
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Revision as of 08:23, 15 April 2020
GDH wiki page
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- 5-pages summary for the GlueX physics whitepaper (2019)
- Talk given at the GlueX collaboration meeting. Jan. 2018 (A. Deur)
- Talk given at the GlueX PWG meeting. Feb. 2019 (A. Deur)
- Talk given at the GlueX PWG meeting. May 2019 (A. Deur)
- [ Talk given at the APS meeting. Apr. 2020 (M. Dalton)]
Misc. Tasks and questions
Look into the figure of merit of the experiment in the low energy, where the photon beam polarization is low. (To see if constructing an additional tagger is justified). (A. Deur)
- How well can we check beam charge asymmetry with BPMs?
Effect of a beam position-helicity correlation on the data. (M. Dalton)
- MC simulation:
- Produce background and main event rates.
What trigger(s) to use and what would be its efficiency? Should a beam hardener be used? Check rates quoted in the proposal (once we decide on beam hardener. Presently, the rates are estimated with a 1 MeV cutoff on the photon flux distribution. Determine detection efficiency vs photon energy.
- Optimize experimental setup
- Send decent version of the proposal to theorists (Simon,
- Update proposal with: (A. Deur)
- Add to the list of authors. For the non-GlueX collaborator, we have by-law D.1 All proponents of such proposed experiments must be members of the GlueX Collaboration, or have a plan approved by the EG and CB for joining the Collaboration and participating in ongoing GlueX experiments.
MC Simulation and set-up optimization