Difference between revisions of "MOLLER Simulations"
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* [[Inelastic asymmetry correction]] (Dustin) | * [[Inelastic asymmetry correction]] (Dustin) | ||
* [[Simulation of weak decays]] (Konrad Aniol's student) | * [[Simulation of weak decays]] (Konrad Aniol's student) | ||
| − | * Target length optimization ( | + | * [[Target length optimization]] (Mindy) |
* Detector simulations | * Detector simulations | ||
** geometry and surface properties in moller_sim, benchmarked with Qweak (Peiqing Wang) | ** geometry and surface properties in moller_sim, benchmarked with Qweak (Peiqing Wang) | ||
Revision as of 18:05, 28 November 2012
GEANT4 Simulations
TOSCA
Meetings
Simulation Teleconferences
The Simulation group is led by Juliette Mammei, University of Manitoba and Dustin McNulty, Idaho State University. The group will meet regularly to discuss the progress of the MOLLER simulations.
Projects
Development
- Ongoing improvements to moller_sim (used to generate physics results for proposal)
- improving generators (Dustin)
- improved energy loss (multiple scattering) (Seamus)
- geometry specification (Juliette and others) - ONGOING as people start working on subsystems
- batch submission (Juliette)
- additional generators (pion production, including rare weak decays) (Konrad Aniol)
- secondary tracking (Juliette)
- changes to the tree
- improvements to the messenger
- GDML geometry read-in (Juliette) - DONE
- materials definitions hard-coded (Juliette) - DONE, but could be improved)
- surface properties using GDML
- target messenger improvements
- Development of molgemc (using GEMC, developed in Hall B and used by CLAS)
- external generators (Dustin)
- read-in of two field maps (Juliette)
- hit processing
- output (EVIO->Root?)
- set up mysql database, add to svn, documentation
Simulation
- Collimator optimization (Jon Wexler)
- Photon backgrounds
- Hybrid coil position sensitivity study (Juliette)
- Optics optimization (Juliette)
- Inelastic asymmetry correction (Dustin)
- Simulation of weak decays (Konrad Aniol's student)
- Target length optimization (Mindy)
- Detector simulations
- geometry and surface properties in moller_sim, benchmarked with Qweak (Peiqing Wang)
- standalone code benchmarked with PREx(Jon Wexler)
- Al backgrounds (Anna Lee)
- Power deposited in collimator and coils (Damon Spayde's student)
- Neutron backgrounds ()
- Benchmarking generators/radiative effects with GEANT4 physics lists (Seamus?)
- Use standard physics lists?
- Pion backgrounds (NC A&T SU)
Return to MOLLER at 11 GeV E09-005
