Agenda

Attendance

Kate, Arun, Vimukthi, Gordon, Andrew, Bogdan, Braian, David, Eric, Faraz, Gary, Hunter, Jack, Jimmy, Jiwan, Nilanga, Saru, Silviu, Todd

Vimukthi's talk:

incorporate corrected offsets for SBS stack
optics work done by Andrew for GEn-RP is mostly available on GitHub
- optics models are already in DB for GEn from H2 data
- good starting point for analysis
- generating optics models does not have a steep learning curve
Andrew will write up a document on how to do optics modeling
compile spreadsheet of runs where we confirm we have good SBS GEM data
no zero field data for TOF calculations? (Gary)
- with all the nuclear smearing, you won't improve on what you would get with just crude approximation
- problem because HCal doesn't give you directional information
- less meaningful without tracking
- put predicted proton in power series?
what Andrew would do: TOF - same thing as e arm - generate Taylor expansion of TOF as func of tram parameters
- do you need tracking for this?
- if no tracking - use simulation for accurate TOF info for every event and then parameterize the coefficients of expansion to some central value as a func of predicted proton trajectory parameters
- expected proton TOF from real data - use BB information
- much more straightforward for neutrons

Kate's talk:

timing analysis is a big question, and we shouldn't hold other things up just for this
we could make improvements on the BB side already, but they are minor
- we could do a mass replay 1.5 if we wanted
new clustering algorithm will have little effect on BBCal

Faraz's talk:

polarization to each moment in time - adjustment for quantum efficiency? no
- one polarization for each window of time
documentation of Moller measurement procedure will be on docdb

Jack's talk:

See email invitation, or contact Arun Tadepalli for Zoom link.