S81D
Astrophysics PhD candidate at Iowa State University. Working on detector technologies and neutrino physics for DUNE and ANNIE.
Pinned Repositories
ToolAnalysis
ANNIE_standalone
Standalone tools and scripts for ANNIE-related analysis.
autoANNIE
Automated scripts for ANNIE analysis and event building
BeamCluster_extract
Extract/Filter information from the PhaseIITreeMaker root trees
grid_wcsim
Submitting WCSim grid jobs.
ISU-CE
Cold Electronics Testing for the DUNE experiment at Iowa State University. Focused on the functional performance and analysis of the DUNE FE LArASICs in LN2 and in room temperature. Non-destructive techniques like scanning acoustic microscopy are used to analyze the mechanical integrity of the LArASICs.
manual_event_building
job submission scripts for the FermiLab grid
POT_calc
Calculate recorded POT in ANNIE
ToolAnalysis
WCSim
The WCSim GEANT4 application
S81D's Repositories
S81D/manual_event_building
job submission scripts for the FermiLab grid
S81D/ANNIE_standalone
Standalone tools and scripts for ANNIE-related analysis.
S81D/autoANNIE
Automated scripts for ANNIE analysis and event building
S81D/BeamCluster_extract
Extract/Filter information from the PhaseIITreeMaker root trees
S81D/grid_wcsim
Submitting WCSim grid jobs.
S81D/ISU-CE
Cold Electronics Testing for the DUNE experiment at Iowa State University. Focused on the functional performance and analysis of the DUNE FE LArASICs in LN2 and in room temperature. Non-destructive techniques like scanning acoustic microscopy are used to analyze the mechanical integrity of the LArASICs.
S81D/POT_calc
Calculate recorded POT in ANNIE
S81D/ToolAnalysis
S81D/WCSim
The WCSim GEANT4 application