Conveners
Parallel - Detector: Silicon tracking detector
- Attilio Andreazza (INFN and Università di Milano)
- Harald Fox (Lancaster University)
- Meng Wang (Shandong University)
- Zhijun Liang (IHEP Beijing)
Parallel - Detector: Gaseous Tracker
- Huirong Qi (Institute of High Energy Physics, CAS)
- Riccardo Farinelli (INFN - Ferrara)
- Mingyi Dong (Institute of High Energy Physics, Chinese Academy of Sciences)
Parallel - Detector: Silicon Tracking Detector
- Harald Fox (Lancaster University)
- Meng Wang (Shandong University)
- Attilio Andreazza (INFN and Università di Milano)
- Zhijun Liang (IHEP Beijing)
Parallel - Detector: Trigger and Data Aquisition
- Benjamin Wynne (University of Edinburgh)
- Stewart Martin-Haugh (STFC)
Parallel - Detector: Calorimeter
- Yong Liu (Institute of High Energy Physics, Chinese Academy of Sciences (CN))
- Iacopo Vivarelli (University of Sussex)
Parallel - Detector: Calorimeter
- Yong Liu (Institute of High Energy Physics, Chinese Academy of Sciences (CN))
- Iacopo Vivarelli (University of Sussex)
Parallel - Detector: MDI
- Haoyu Shi (IHEP, CAS)
Calorimeter clustering is a classical pattern recognition task in high energy experiments. Traditionally this is performed by aggregating neighbor cells according to the expected topology with some fine-tuned algorithms, e.g. the Particle Flow Algorithm (PFA) that commonly adopted in the future lepton collider experiment. Nowadays the deep-learning models such as Graph Neural Network (GNN) and...
The precise measurements of the Higgs, W and Z boson properties at the Circular Electron Positron Collider (CEPC) will provide critical tests of the underlying fundamental physics principles of the Standard Model (SM) and are vital in the exploration of new physics beyond the SM (BSM). To distinguish the hadronic decays of W and Z bosons, a 3-4% invariant mass resolution for two-jet systems is...
