CALO5D
- contact:
Frank Simon, Karlsruhe KIT, frank.simon@kit.edu
Lucia Masetti, Mainz JGU, masetti@uni-mainz.de
Roman Pöschl Paris-Saclay, IJCLab, roman.poeschl@ijclab.in2p3.frKatja Krüger, Hamburg, DESY, katja.krueger@desy.de
Vincent Boudry, Palaiseau,LLR, boudry@llr.in2p3.fr - funding:
The French Agence Nationale de Recherche (ANR) and the German Deutsche Forschungsgesellschaft (DFG).
- Partner:
Hamburg (DESY), Karlsruhe (KIT), Mainz (JGU), Paris-Saclay (IJCLab), Palaiseau( LLR)
The French-German project CALO5D will combine detailed information on particle showers provided by imaging calorimeters (CALO) with precise time information at the cell level, in addition to space and local energy (5D).
CALO5D
Introduction
CALO5D will combine detailed information on particle showers provided by imaging calorimeters (CALO) with precise time information at the cell level, in addition to space and local energy (5D). The exploitation of the information will be assisted by modern machine learning algorithm with the goal to improve the performance of energy reconstruction and particle flow algorithms. The capability of the tools will be demonstrated with performance studies on selected physics channels central to the physics case of future Higgs factories. The results of this project will have a fundamental impact on the design of the next generation high energy physics experiments. To our knowledge, CALO5D will be the first project worldwide to address the application of timing in calorimeters at future Higgs factories in a consistent and coordinated way within a single project.
Motivation
GIT: https://gitlab.in2p3.fr/calo5d
Technology