| Milestone |
Due Date |
Deliverables |
Plan:
- Create a software program that Analysis Dark Matter Photon searches for the EIC ePIC detector.
| January 26 |
|
Milestone 1:
- Learn and understand how to use Mad Graph, HepMC, and ROOT.
- Read HepMC files.
- Use ROOT to identify particle id numbers ie 1023 is dark photon candidate as a parent particle and its decays ( children ) and graph physics related quantities ie Momentum of scattered particle
- Install EiC RECO and Use EIC Geometry, NPSIM to output reconstruction root file.
- Use ROOT to graph signals of initial proton and electron, the scattered electron and decay products at the madgraph generator level , and compare it to the EIC reconstruction level.
- Produce EIC visualization using inner detector obtaining dark matter decay product e- e+ tracks.
- Using HepMC file data, produce a Python or C script that works along with ROOT to produce histograms of scattered electron energy.
- Create Requirement Document.
- Create Design Document.
- Create Test Plan.
|
February 23 |
|
Milestone 2:
- Complete graph of background subtracted signal of dark matter at the end of the EIC pipeline.
- Explore 10-20 different invariant masses, running them through simulation pipeline, visualization to identify most probable dark matter invariant mass, and incorporating the background subtracted.
|
March 30 |
|
Milestone 3:
- Streamline the process.
- Get cross section comparison at generator level, at reconstruction level, Pseudorapidity (Eta), momentum transfer for each invariant mass that is put in pipeline and a visualization of tracks.
|
April 20 |
|