Jul 4 – 11, 2018
COEX, SEOUL
Asia/Seoul timezone

Development of the Silicon Tracker for CEPC

Jul 6, 2018, 5:06 PM
12m
201 (COEX, Seoul)

201

COEX, Seoul

Parallel Detector: R&D for Present and Future Facilities Detector: R&D for Present and Future Facilities

Speakers

Dr Yunpeng Lu (IHEP, CAS) Yunpeng Lu (Chinese Academy of Sciences (CN))

Description

The Circular Electron Positron Collider (CEPC) has been proposed as a Higgs/Z0 (flavor) factory, which would allow precision measurements of the Higgs boson properties, as well as of W±/Z0 bosons. The baseline design of CEPC tracking system consists of a vertex detector with three concentric double-sided pixel layers and a silicon tracker with some layers on both barrel and end-cap regions, besides a large volume time projection chamber (TPC). Driven by physics studies and experimental conditions, the silicon tracking system has similar performance requirements to the ILC detectors, such as a single point resolution of a few micrometers, very low material budget (0.15%X0 per layer for the vertex region and <1%X0 per layer for the outer tracker) and power consumption, but without power-pulsing, which leads to significantly additional constrains on detector specifications, especially for the case of machine operating at Z-pole energy region with high luminosity. In this presentation, I will give an overview of the CEPC tracker design, the requirements and challenges for each sub-system with possible technologies. The on-going R&D activities will also be reported on silicon pixel detector, based on monolithic CMOS pixel sensor (CPS) and Silicon on Insulator (SOI) technologies.

Primary authors

Prof. Qun Ouyang (Institute of High Energy Physics, Chinese Academy of Sciences) Prof. Meng Wang (Shandong University) Prof. Xiangming Sun (Central China Normal University) Dr Hongbo Zhu (IHEP, CAS) Dr Yunpeng Lu (IHEP, CAS)

Presentation materials