Difference between revisions of "October 15th, 2024"
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* [https://wiki.jlab.org/klproject/images/6/6c/KLF_iERR_committee_report_recom.pdf KLF Intermediate ERR Final Report] | * [https://wiki.jlab.org/klproject/images/6/6c/KLF_iERR_committee_report_recom.pdf KLF Intermediate ERR Final Report] | ||
* [https://docs.google.com/document/d/17GFPgQ0YyD6vYy7_Xw8KcNHSIaXiqJqL/edit?usp=sharing&ouid=102465777344247357279&rtpof=true&sd=true KLF Software Task List]. | * [https://docs.google.com/document/d/17GFPgQ0YyD6vYy7_Xw8KcNHSIaXiqJqL/edit?usp=sharing&ouid=102465777344247357279&rtpof=true&sd=true KLF Software Task List]. | ||
| − | * Talks | + | * Talks: |
** [[media:KLF_Oct_xsections.pdf | ''Mikhail's'' "KL cross sections for the event generator"]], [[media:KL_xsections.pdf | "CERN KL p cross section compilation"]]. | ** [[media:KLF_Oct_xsections.pdf | ''Mikhail's'' "KL cross sections for the event generator"]], [[media:KL_xsections.pdf | "CERN KL p cross section compilation"]]. | ||
*** Mikhail discussed various cross section determinations to be used for the generic KL p event generator. One outcome is that 3 body final states could be a larger background than previously though. | *** Mikhail discussed various cross section determinations to be used for the generic KL p event generator. One outcome is that 3 body final states could be a larger background than previously though. | ||
Latest revision as of 08:24, 3 December 2024
Attended: Sean, Moskov, Vitaly, Marshall, Mikhail, Eugene, Alex, Stuart, Hovanes, and Sashi.
- Announcements
- KLF Intermediate ERR Final Report
- KLF Software Task List.
- Talks:
- Mikhail's "KL cross sections for the event generator", "CERN KL p cross section compilation".
- Mikhail discussed various cross section determinations to be used for the generic KL p event generator. One outcome is that 3 body final states could be a larger background than previously though.
- Marshall's "Lambda + pi+ update".
- Marshall showed some good progress with determining decay polarizations, but some problems with event generation need to be understood.
- Vitaly's "KL + p --> KS + p".
- Vitaly showed some next steps in testing out a ReactionFilter-based analysis. Sean will follow up with some cut variations to try to understand why his yields are so small.
- Mikhail's "KL cross sections for the event generator", "CERN KL p cross section compilation".