Abstract:

The CEPC is a powerful factory of the Higgs, the Z, and the W bosons. The CEPC will perform high precision measurements to the Higgs boson properties and many Standard Model observables. As these measurements evolve many different final states – in other word many different physics objects, it is critical to quantify the detector performance on these physics objects. This talk reports the reconstruction performance of various physics objects at the CEPC, especially on the jets.

CV of speaker:

Prof. Manqi Ruan acquires his Bachelor and Ph.D degree in Tsinghua University, and a Ph.D degree in Paris XI University. After 6 years of PostDoc at Ecole Polytechnique and 2 years of CERN Fellow, he come back to Institute of High energy physics, and works on the Circular Electron Positron Collider project. His team established the baseline design of the CEPC conceptual detector and the software system, and also quantifies the physics potential of the CEPC in the CEPC Conceptual Design Report study.
His research interests covers the physics potential study, the detector design, optimization, reconstruction and software development developments for the future colliders.