Revision as of 05:48, 23 August 2024

KLF Phase IERR (August 29-30, 2024)

JLab L102, speakers will give talks in person. The review is public open so everybody can attend it, also remotely.
Join Meeting via Zoom:
- One tap mobile: US: +16692545252,,1602832391# or +16469641167,,1602832391#
- Meeting URL: https://jlab-org.zoomgov.com/j/1602832391?pwd=VDdLd0tiZEdGcTVBU3c0Njg4RWJPUT09&from=addon
- Meeting ID: 160 283 2391
- Passcode: 525284

9:00-9:05 (5') Patrizia Rossi, [[media: | Welcome Remarks]].
9:05-9:10 (5') Stepan Stepanyan, [[media: | Review Committee Chair: Opening Remarks]].
9:10-9:30 (15+5') Eugene Chudakov, Hall D status.
9:30-9:45 (10+5') Moskov Amaryan, K-long Facility in Hall D.
9:45-10:20 (20+15') Mikhail Bashkanov, Neutron and photon induced background at KLF.

10:40-11:05 (15+10') Sasha Somov, Trigger configuration (for all the physics channels under study) and data volume (on-line).
11:05-11:30 (15+10') Richard Jones, [[media: | KLF beam line simulations with GEANT4]] (on-line).
11:30-12:05 (20+15') Sean Dobbs, Software for KLF.
12:05-12:40 (20+15') Mikhail Bashkanov and Stuart Fegan, Flux monitor: Status, reconstruction, and calibration.

@@ Line 48: / Line 48: @@
 :* 13:30-14:05 (20+15') <font color=blue>''Sean Dobbs''</font>, [[media:Sdobbs_KLF_IERR_Calibration.pdf | Calibration, alignment, and PID for KLF]].
 :* 14:05-14:45 (20+20') <font color=blue>''Marshall Scott''</font>, [[media:Scott_err_dryrun_08162024.pdf | Simulation (including background) and reconstruction  of the reaction KL p → pi+ Lambda]].
-:* 14:45-15:25 (20+20') <font color=blue>''Stuart Fegan''</font>, [[media: | Simulation (including background) and reconstruction  of the reaction KL p → K+ Xi0 (Xi0 → pi0 Lambda)]].
+:* 14:45-15:25 (20+20') <font color=blue>''Stuart Fegan''</font>, [[media:SFegan_KpXi_KLF_Aug2024.pdf | Simulation (including background) and reconstruction  of the reaction KL p → K+ Xi0 (Xi0 → pi0 Lambda)]].
 :* 15:25-16:05 (20+20') <font color=blue>''Vitaly Baturin''</font>, [[media:ERR-083024-PRESENTATION(5).pdf | Simulation (including background) and reconstruction of the reaction KL p → p KS (KS → pi+ pi-) and KL p → K+ n]].