Speaker
Description
The CEPC is proposed as a high-luminosity Higgs and electroweak factory, imposing stringent requirements on detector performance. The CEPC Reference Detector (TDR: https://arxiv.org/abs/2510.05260) has been assessed using full simulation and realistic reconstruction.
Excellent performance is achieved for key physics objects, including high-efficiency tracking, precise vertexing, and multivariate-based particle identification. The particle-flow-oriented design enables accurate jet reconstruction, while advanced vertexing supports efficient heavy-flavor tagging. Physics benchmark studies, spanning center-of-mass energies from the Z pole to 240 GeV, demonstrate the capability to reconstruct complex final states and to perform precision measurements of Higgs and electroweak observables. These results establish the CEPC Reference Detector as a robust baseline for the CEPC physics program.
| This work is genuinely our own | Yes |
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| Indicate the topical domain of your submission | Experimental physics |