Difference between revisions of "MOLLER Pion Background Meeting Thursday, August 3, 2017 2:00pm EST"
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(New page: MOLLER wiki home:MOLLER_at_11_GeV_E09-005 Previous Meeting: MOLLER_Pion_Background_Meeting_Thursday,_July_6,_2017_2:00pm_EST =Meeting Information= BlueJeans Call Information ...) |
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− | Attendees: | + | Attendees: Wouter, Paul, Seamus, Nevin, Kurtis(late) |
Not Attending: | Not Attending: | ||
Scribe: Kurtis | Scribe: Kurtis | ||
+ | |||
+ | * Wouter: Planning to merge some of the pion branch geometry in to main branch for others to use. | ||
+ | * Scott: Running some initial simulations with a simple Shower Max type detector, also reduced size of the virtual detector before the lead wall to better understand the pion spectrum incident on the lead wall. | ||
+ | * Wouter(Nevin's Report): Working towards a layered calorimeter design, which is optimized for electron/pion identification. This is probably overkill for our desired application. As the purpose of the calorimeter is really for simulation benchmarking in tracking mode. | ||
+ | * Wouter: Haven't gotten very far with the mu+ + mu- background generator. Has taken a back seat to the other branch merging tasks currently being worked on. The plan is to implement a generator that will read in Mad-Graph output. |
Latest revision as of 14:38, 3 August 2017
MOLLER wiki home:MOLLER_at_11_GeV_E09-005
Previous Meeting: MOLLER_Pion_Background_Meeting_Thursday,_July_6,_2017_2:00pm_EST
Meeting Information
BlueJeans Call Information
URL: https://bluejeans.com/624029893
Phone Number: 1-888-240-2560
Meeting ID: 624029893
Agenda
- Wouter: General simulation updates.
- Scott: Lead wall thickness determination.
- Nevin: Pion Calorimeter Studies
- Director's Review Questions (Completed by end of summer 2017):
- mu+ + mu- background?
- beam dump back scattering background?
- Any new business?
Minutes
Attendees: Wouter, Paul, Seamus, Nevin, Kurtis(late)
Not Attending:
Scribe: Kurtis
- Wouter: Planning to merge some of the pion branch geometry in to main branch for others to use.
- Scott: Running some initial simulations with a simple Shower Max type detector, also reduced size of the virtual detector before the lead wall to better understand the pion spectrum incident on the lead wall.
- Wouter(Nevin's Report): Working towards a layered calorimeter design, which is optimized for electron/pion identification. This is probably overkill for our desired application. As the purpose of the calorimeter is really for simulation benchmarking in tracking mode.
- Wouter: Haven't gotten very far with the mu+ + mu- background generator. Has taken a back seat to the other branch merging tasks currently being worked on. The plan is to implement a generator that will read in Mad-Graph output.