The 2023 International Workshop on the High Energy Circular Electron Positron Collider

Session

Poster

Oct 23, 2023, 6:00 PM

Conveners

Poster: Group A - Physics and computing

• Lei Zhang (Nanjing University)
• Gang LI (高能所)
• Yiming Li (IHEP)
• Guang ZHAO (IHEP)
• Shu Li (TDLI, SJTU)
• Dou WANG (IHEP)

Poster: Group B - Accelerator and beam

• Shu Li (TDLI, SJTU)
• Yiming Li (IHEP)
• Gang LI (高能所)
• Guang ZHAO (高能所)
• Lei Zhang (Nanjing University)
• Dou WANG (IHEP)

Poster: Group C - Detector system

• Shu Li (TDLI, SJTU)
• Guang ZHAO (IHEP)
• Dou WANG (IHEP)
• Lei Zhang (Nanjing University)
• Gang LI (IHEP)
• Yiming Li (IHEP)

Description

The posters will be displayed through the whole workshop. Question time during lunch breaks on Tuesday and Thursday.

Contribution list Timetable

391. Group A, ==== The linked file contains all posters in this group, total size 15 MB ====

10/23/23, 6:00 PM

299. A01: Comparative Analysis of Positivity Probing: Diphoton Channel at CEPC vs. Photon-Fusion Processes at LHC

Chi Shu (Fudan University)

10/23/23, 6:01 PM

Poster

331. A02: QAOA and its application on Jet Clustering

Yongfeng Zhu

10/23/23, 6:02 PM

Poster

332. A03: New Physics Investigations with Triangular Singularity

Yugen Lin (IHEP，CAS)

10/23/23, 6:03 PM

Poster

333. A04: Angularity event shapes in Higgs decay at NNLL′ accuracy

Jiawei Zhu

10/23/23, 6:04 PM

Poster

355. A05: Reconstruction algorithm of cluster counting in drift chambers

Shuaiyi Liu

10/23/23, 6:05 PM

Poster

240. A06: HEP@home: A Volunteer Computing Project to Run Fast Simulation with Delphes for CEPC

Ran Du (IHEP)

10/23/23, 6:06 PM

18: Offline & Software

Poster

346. A07: Neural network algorithm for HL-LHC ATLAS hardware tau trigger

Boping Chen (Tel Aviv University)

10/23/23, 6:07 PM

Poster

392. Group B, ==== The linked file contains all posters in this group, total size 12 MB ====

10/23/23, 6:20 PM

298. B01: Error and Correction Simulation of CEPC Booster and Damping Ring

Daheng JI (IHEP)

10/23/23, 6:21 PM

Poster

356. B02: Particle-in-Cell simulation of three-dimensional betatron oscillation in plasma wakefield acceleration

Yulong Liu (IHEP)

10/23/23, 6:22 PM

Poster

357. B03:A Method to Establish Height Datum Online Based on Absolute Hydrostatic Leveling System

Na Ma (IHEP)

10/23/23, 6:23 PM

Poster

358. B04: Preliminary design of energy recovery scheme for high-power klystron

Yu Liu (IHEP)

10/23/23, 6:24 PM

Poster

359. B05: An optimization method for klystron magnetic focusing system

Yiao Wang, Yiao Wang (Institute of High Energy Physics, Chinese Academy of Sciences)

10/23/23, 6:25 PM

Poster

360. B06: Studies of LWFA-driven PWFA Hybrid Acceleration

Xinyuan Chang (IHEP)

10/23/23, 6:26 PM

Poster

361. B07: Vertical test of 650 MHz superconducting radio-frequency cavity for CEPC

Lingxi Ye (IHEP)

10/23/23, 6:27 PM

Poster

347. B08: Preliminary design consideration for CEPC fast luminosity feedback system

Meng LI

10/23/23, 6:28 PM

Poster

351. B09: The design of CEPC detector beampipe

Longyan He (IHEP)

10/23/23, 6:29 PM

Poster

89. B10: CEPC Fast Luminosity Monitor with Silicon Carbide

Ye He (IHEP,NJU)

10/23/23, 6:30 PM

11: MDI & Integration

Poster

383. B11: Study of the beam energy measurement using inverse Compton scattering approach

Guangyi Tang (IHEP)

10/23/23, 6:31 PM

393. Group C, ==== The linked file contains all posters in this group, total size 85MB ====

10/23/23, 6:40 PM

302. C01: A MAPS-based Upstream Tracker for The LHCb Upgrade II

Shuqi Sheng (Institute of High Energy Physics, Chinese Academy of Sciences (IHEP, CAS))

10/23/23, 6:41 PM

Poster

300. C02: ML-based digitization for CEPC Vertex detector

Yizhou Zhang

10/23/23, 6:42 PM

Poster

285. C03:The design of CEPC electromagnetic calorimeter

Chang Shu

10/23/23, 6:43 PM

Poster

301. C04: AMS L0 Upgrade

BAASANSUREN BATSUKH

10/23/23, 6:44 PM

Poster

348. C05: Tracker optimisation for the Fourth Dectector Concept of CEPC

Xiaojie Jiang

10/23/23, 6:45 PM

Poster

349. C06: Detector geometry and PFA reconstruction for the crystal bar ECAL in CEPC

Weizheng Song (Institution of High Energy Physics)

10/23/23, 6:46 PM

Poster

350. C07: Test of CMOS chip using 55nm process

Zhiyu Xiang

10/23/23, 6:47 PM

Poster

352. C08: The Luminosity Measurement of the CEPC and ATLAS with the LGAD

Yunyun Fan

10/23/23, 6:48 PM

Poster

353. C09: Research of the JadePix-3 Beam Telescope

Sheng DONG (IHEP)

10/23/23, 6:49 PM

Poster

354. C10: Digital Design of a HVCMOS pixel sensor prototype in 55nm for CEPC

Ruoshi Dong

10/23/23, 6:50 PM

Poster

330. C11: Exploration of a 55nm HV-CMOS process for the CEPC silicon tracker

Yang ZHOU (IHEP)

10/23/23, 6:51 PM

Poster

380. C12: R&D of CEPC detector magnet

Feipeng NING (IHEP)

10/23/23, 6:52 PM

381. C13: Radiation hard SiPM and LGAD sensor development

Yuantian Zhang

10/23/23, 6:53 PM

382. C14: offline analysis for the beam test of the CEPC vertex detector prototype

Shuqi Li

10/23/23, 6:54 PM

72. C15: Novel method to create the massive electrons in chamber for e+e- collider

Liwen Yu

10/23/23, 6:55 PM

14: Gaseous detector

Poster

387. C16： Surface defect detection of silicon sensors

Hanbing Liu (JLU)

10/23/23, 6:56 PM

389. C17: Prospect of ttbar analysis at CEPC

Xiaoxu Zhang (南京大学)

10/23/23, 6:57 PM

385. A08: Aspects of global symmetries in GUTs beyond the SU5

Ning Chen (Nankai University)

87. C16: Development of a novel high granularity crystal electromagnetic calorimeter

Baohua Qi (IHEP)

13: Calorimeter

Poster

Motivated by the physics programs that aim at precision measurements of the Higgs, W and Z bosons, as well as the top quark, future lepton colliders (e.g. the Circular Electron Positron Collider, or CEPC) require an excellent calorimetry system to achieve the unprecedented jet energy resolution. The CEPC team has proposed a new detector concept named “the 4th detector concept”. A major...

384. C16: Drift chamber test for primary ionization counts

Fei Huang

386. C17: Development of highly granular hadronic calorimetry with glass scintillator tiles

Dejing Du (IHEP)