Analytical study of energy and spatial resolutions for JUNO detector

Tasks

1)MC simulations of events using JUNO official code; 2)Study of the PMTs response in PMT-based frame (coordinates), constructing of the PMT response function (light collection map); 3)Developing fast MC on the base the light collection map, comparing it to the "full" code; 4)Selecting optimal energy estimators using fast code; 5)Applying new ideas for the position reconstruction

Preliminary schedule by topics/tasks

week 1: MC simulations of events using JUNO official code; week 2: Study of the PMTs response in PMT-based frame (coordinates), constructing of the PMT response function (light collection map); week 3:Developing fast MC on the base the light collection map, comparing it to the "full" code; week 4: Selecting optimal energy estimators using fast code; week 5: Applying new ideas for the position reconstruction

Required skills

C/C++, simulations using Geant 4, fluent English, basic knowledge of particle detections methods, knowledge of the scintillation detectors principle

Acquired skills and experience

deeper understanding of the LS detectors, new methods for

Recommended literature

O.Smirnov habilitation thesis (JINR site)