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第十届中国LHC物理会议（CLHCP2024 青岛）

13–17 Nov 2024
山东省青岛市鳌山湾 (Aoshan Bay, Qingdao, Shandong)
Asia/Shanghai timezone

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Contribution List

254 / 254
46. Speech from Shandong University
Zhen Wu
14/11/2024, 08:30
47. 基金委相关领导致辞
Wenxuan Yin (NSFC)
14/11/2024, 08:35
48. Speech from CPS High Energy Branch
Zhengguo Zhao (USTC)
14/11/2024, 08:40
49. Logistics from LOC
Haifeng Li (Shandong University)
14/11/2024, 08:45
50. ATLAS report
梁志均 LIANG Zhijun
14/11/2024, 08:50
51. CMS report
Zhen Hu (Tsinghua University)
14/11/2024, 09:15
53. LHCb report
Yanxi Zhang (Peking University)
14/11/2024, 10:10
54. ALICE report
Xiaoming Zhang (Central China Normal University)
14/11/2024, 10:35
55. Discussion
14/11/2024, 11:00
56. Probing electroweak phase transitions at the LHC and future colliders
kepan xie (Peking University)
14/11/2024, 11:30
57. Electro-weak physics at LHCb
航 尹 (华中师范大学)
14/11/2024, 12:00
145. Improved constraint on Higgs boson self-couplings with quartic and cubic power dependence in the cross section
Jian Wang (Shandong University)
14/11/2024, 14:00
98. Overview of High Granularity Timing Detector Activities in China
梁志均 LIANG Zhijun
14/11/2024, 14:00
90. Probing heavy meson lightcone distribution amplitudes with heavy quark spin symmetry
Jun ZENG (Shanghai Jiao Tong University)
14/11/2024, 14:00

HF overview
161. Progress of CEPC ECAL R&D
Yong Liu (Institute of High Energy Physics)
14/11/2024, 14:00
91. Overview on ATLAS B Physics Results Highlights
Xin Chen (Tsinghua University)
14/11/2024, 14:15
99. Researches of radiation-resistant LGAD sensors for ATLAS High Granularity Timing Detector
Weiyi Sun
14/11/2024, 14:15
147. Measurements of Higgs boson production cross sections in the four-lepton final state at 13.6 TeV in CMS
Yuji Li
14/11/2024, 14:20
163. The Progress of the CEPC GS HCAL
Hengne Li (South China Normal University)
14/11/2024, 14:20
100. Characterization of USTC-IME LGAD pre-production sensors for the HGTD
Kuo Ma (University of Science and Technology of China)
14/11/2024, 14:30
168. Heavy quarkonium probes in small and large systems
有恩 康 (清华大学)
14/11/2024, 14:30
152. Simplified template cross sections for Higgs boson decays in H to ZZ* to 4l channel
涵 李 (山东大学前沿交叉科学青岛研究院)
14/11/2024, 14:35
165. Progress of CEPC VTX detector
梁志均 LIANG Zhijun
14/11/2024, 14:40
172. Experimental Road to a Charming Family of Tetraquarks. . . and Beyond
Feng Zhu
14/11/2024, 14:45
101. MTD ETL sensor test
Chengjun Yu 于承君 (USTC)
14/11/2024, 14:45
155. Measurements of Higgs boson mass and width at CMS
Chenguang 张辰光 (IHEP,Beijing)
14/11/2024, 14:50
166. Jet origin identification at electron positron Higgs factory
永峰 朱
14/11/2024, 15:00
102. MTD BTL sensor R&D and assembly
jin wang (school of physics Peking Uniersity)
14/11/2024, 15:00
176. New results on pentaquarks
Da Yu Tou
14/11/2024, 15:00
158. Measurement of the Higgs boson cross section and Width with the ATLAS detector
Ehsan Musajan (USTC)
14/11/2024, 15:05
178. Heavy flavor production in proton-lead collisions
剑桥 王 (Tsinghua University)
14/11/2024, 15:15
103. MTD BTL thermal test setup
乐言 李 (school of physics Peking Uniersity)
14/11/2024, 15:15
167. Beam Polarization at CEPC
Zhe DUAN (高能所)
14/11/2024, 15:20
162. Measurements of Higgs boson production cross sections in the di-photon final state at 13.6 TeV in CMS
程扬 潘 (Peking University)
14/11/2024, 15:20
104. Development of data acquisition system for the HGTD
Zhanhang Zhou (USTC)
14/11/2024, 15:30
179. Measurement of charmonium production at midrapidity in pp collisions at 13.6 TeV with ALICE
Yuan Zhang (USTC)
14/11/2024, 15:30
164. Differential cross-section measurement of the Higgs boson decaying into two taus at the ATLAS experiment
Antonio De Maria (Nanjing University)
14/11/2024, 15:35
183. Prospect for time dependent CPV in b->sll decays
可陈 李
14/11/2024, 15:45
185. CP asymmetries corresponding to the imaginary parts of the interference terms in cascade decays of heavy hadrons
Zhen-Hua Zhang (University of South China)
14/11/2024, 16:20

CPV and amplitude analysis
169. Electroweak Corrections to Double Higgs Production at the LHC
环宇 毕 (北京大学)
14/11/2024, 16:20
85. Review of CMS HCAL reconstruction performance
Hui（徽） Wang（王） (NNU)
14/11/2024, 16:20
105. The Prototype of the Peripheral Electronics Board for ATLAS High Granularity Timing Detector
Jie ZHANG (Institute of High Energy Physics)
14/11/2024, 16:20
189. CPV in charmless Lambda_b0 decay
Xinchen Dai (北京大学)
14/11/2024, 16:35
106. Development of HGTD Module assembly and loading at IHEP
Xuan YANG (高能所)
14/11/2024, 16:35
171. Search for non-resonant Higgs boson pair production in final state with photons and mutil-lepton in pp colisions at √s = 13 TeV with the ATLAS detector
Qiyu Sha
14/11/2024, 16:40
86. Run3 ECAL performance
Jie Zhang (student)
14/11/2024, 16:45
191. Evidence of CPV in B+ -> J/psi pi+ decay
曼殊 李 (华中师范大学)
14/11/2024, 16:50
107. Research on HGTD module thermal cycle
Yulong Li (高能物理研究所)
14/11/2024, 16:50
173. Searches for Di-Higgs production in the 𝒃𝒃ll final state at the LHC
Fábio Alves (Nanjing University)
14/11/2024, 16:55
87. Measurements of lateral energy leakage of electrons and photons in the second layer of EMC using early Run3 pp collision data with the ATLAS detector
Shaoguang Wu (高能所)
14/11/2024, 17:00
193. Amplitude analysis of B- ->D-D0KS decay
Shuang Zheng
14/11/2024, 17:05
109. Construction and Upgrade of ALTIROC Chip Testing System
Xiaohan Sun (SDU)
14/11/2024, 17:05
174. Search for pair production of boosted Higgs bosons via vector-boson fusion in the bbbb final state using pp collisions at √s = 13 TeV with the ATLAS detector
Zhen Wang, Dr 震 王 (上海交通大学李政道研究所 & 中国科学技术大学)
14/11/2024, 17:10
88. Upgrade of the ALICE inner-tracker: ITS3 for LHC run 4
Chunzheng Wang (Fudan University)
14/11/2024, 17:15
194. Amplitude analysis of Ds(2460)+ -> Ds+ pi+ pi- decay
Linxuan Zhu (中国科学院大学)
14/11/2024, 17:20
175. Search for double Higgs resonances with gammagamma in the final state at CMS
镇轩 张 (高能所)
14/11/2024, 17:25
89. The design, production and QC test of GEM Electronics board for CMS ME0 project
哲 李 (北京大学物理学院技术物理所)
14/11/2024, 17:30
196. Amplitude analysis of B+ -> D*+ D- K+ decay
蒋 艺 (University of Chinese Academy of Sciences)
14/11/2024, 17:35
177. Towards a more precise W mass measurement in ATLAS
Xuewei JIA (IHEP)
14/11/2024, 17:40
199. Upsilon cross section measurement at 13.6 TeV at CMS
Yiyang Zhao (Tsinghua University)
14/11/2024, 17:50
200. Ωc production in pp collisions with ALICE
Yunfan Liu
14/11/2024, 18:05
252. Status on R&D of FoCal Readout Electronics
Shoulong（守龙） Lin（吝） (China Institute of Atomic Energy)
14/11/2024, 20:30
253. Status on R&D of Monolithic Active Pixel Sensors for ALICE Inner Tracking System
qiaomu tong
14/11/2024, 20:33
254. Jpsi + Psi(2S) cross section measurement at 13 TeV at CMS
乐凯 姚 (清华大学)
14/11/2024, 20:36
255. Longevity studies for CSC gas mixtures with reduced fraction of CF4
Shaowei Song
14/11/2024, 20:39
256. Search for a heavy resonance produced in association with and decaying to a tt pair in the single lepton final state in proton-proton collisions at √s = 13 TeV with the CMS detector
霄楠 侯 (高能所)
14/11/2024, 20:42
257. Searches for Higgs boson production through decays of heavy resonances at CMS
储 王 (IHEP)
14/11/2024, 20:45
258. Electron and photon reconstruction and identification performance at CMS in 2022 and 2023
Shaowei Song
14/11/2024, 20:48
259. Tooling with modules for ATLAS ITk strip upgrade
郭蕾
14/11/2024, 20:51
260. Combination of searches for Higgs boson decays into a photon and a massless dark photon using pp collisions at √s = 13 TeV with the ATLAS detector
Ngoc Khanh Vu (TDLI, Shanghai Jiao Tong University)
14/11/2024, 20:54
261. Recent Progress of DarkSHINE R&D
童 孙 (高能所)
14/11/2024, 20:57
262. DarkSHINE Simulation Software Framework
Xuliang Zhu (Shanghai Jiao Tong University)
14/11/2024, 21:00
263. DarkSHINE Hadronic Calorimeter R&D
Chunxiang Zhu
14/11/2024, 21:03
264. DarkSHINE Electromagnetic Calorimeter R&D
Zhiyu Zhao (TDLI/SJTU)
14/11/2024, 21:06
265. RPC operation in the ATLAS experiment
Jiaxuan Li
14/11/2024, 21:09
266. A multi-channel Manchester decoder based on FPGA for ATLAS RPC
家璇 李 (中国科学技术大学)
14/11/2024, 21:12
268. ATLAS High Granularity Timing Detector: Test beam performance of LGAD sensors
KHURAM TARIQ (高能所)
14/11/2024, 21:15
58. Precision QCD and Flavor physics
Shan Cheng (Hunan University)
15/11/2024, 08:30
59. Rare decays at LHCb
Jiesheng Yu (88236572)
15/11/2024, 09:00
60. CP violation at LHCb
Peilian Li (UCAS)
15/11/2024, 09:25
61. Hadron spectroscopy at LHCb
Liming Zhang (Tsinghua University)
15/11/2024, 09:50
62. The On-shell Method of Effective Field Theory
Ming-Lei Xiao (Sun Yat-sen University)
15/11/2024, 10:35
63. Tau g-2 and Heavy Flavor Highlights from ATLAS/CMS
Dayong Wang (Peking University)
15/11/2024, 11:05
64. New Physics search recent Highlights and summary
Yang Liu (Sun Yat-sen University)
15/11/2024, 11:30
65. Multi-boson highlights and electroweak Summary
Lailin Xu (University of Science and Technology of China (USTC))
15/11/2024, 11:55
187. Double Higgs production combination at CMS
Chen（辰） Zhou（周） (Peking University（北京大学）)
15/11/2024, 14:00
203. Shedding Light on Hadronization by Quarkonium Energy Correlator
安平 陈 (高能所)
15/11/2024, 14:00
92. Status on R&D of FoCal Pixel Layers
Jun Liu (Central China Normal University)
15/11/2024, 14:00
144. Study the structure of 𝑋(3872) from its lineshape
hongge xu (China University of Geosciences)
15/11/2024, 14:00
181. Search for Higgs boson decays into new light bosons in the four-tau final state using $pp$ collisions at $\sqrt{s}$ = 13 TeV with the ATLAS detector
Hao Zeng (IHEP)
15/11/2024, 14:15
146. Determining heavy meson light-cone distribution amplitudes from lattice QCD
Xueying Han
15/11/2024, 14:20
206. Observation of double charm production in pp collisions with ALICE
Ahsan Mehmood Khan (University of Science and Technology of China)
15/11/2024, 14:20
93. Study on the Performance of FoCal Pixel Layers;
倩 唐 (华中师范大学)
15/11/2024, 14:20
182. Measurements of Higgs boson properties and search for new resonances in gamma gamma final state at CMS
Junquan (军全) TAO (陶) (IHEP/CAS (中科院高能所))
15/11/2024, 14:30
208. Double Jpsi cross section measurement at 13 TeV at CMS
锦枫 刘 (清华大学) , 锦枫 刘 (清华大学)
15/11/2024, 14:35
148. LHC Physics Tools for Precision Gravitational Wave Physics
Zhengwen Liu (Southeast University)
15/11/2024, 14:40
94. Status of HGCal module assembly at IHEP
Feng Wang (Institute of High Energy Physics)
15/11/2024, 14:40
184. Measurement of the associated production of a Higgs boson and a top-quark pair in multilepton final states in pp collisions at √s = 13 TeV with the ATLAS detector
家琳 李 (上海交通大学物理与天文学院)
15/11/2024, 14:45
209. Study of the Xi_cc++ -> Xi_c0 pi+ pi+ decay
星昱 童 (Peking University)
15/11/2024, 14:50
149. Exotic states production in nuclear collisions at the LHC energy
Zhilei SHE (Wuhan Textile University)
15/11/2024, 15:00
95. HGCal module beam test
宝瑞 候
15/11/2024, 15:00
186. Measurements of WH and ZH Higgs production with decays into bottom quarks and direct constraints on the charm Yukawa coupling with 13 TeV collisions in the ATLAS detector
昱昊 王 (Nanjing University)
15/11/2024, 15:00
210. First determination of Xi_c(3055)+,0 spin-parity
关越 万 (Peking University)
15/11/2024, 15:05
180. Direct charged and neutral Higgs searches with LHC
伟 苏 (Sun Yat-Sen University)
15/11/2024, 15:15
150. CPV in FCNU decays
可陈 李
15/11/2024, 15:20
96. Fast LYSO and GAGG Scintillators for CMS MTD and LHCb Upgrade
雨憧 丁 (中国电子科技集团公司第二十六研究所)
15/11/2024, 15:20
211. Search for Bs0 -> mu+ mu- gamma decay
翔宇 吴 (武汉大学)
15/11/2024, 15:20
216. Branching fraction and CPV measurements for Lambda_b/Xi_b -> Lambda h h' decays
晨煦 虞 (Peking University)
15/11/2024, 15:35
188. Combination of searches for Higgs boson decays into a photon and a massless dark photon using pp collisions at √s = 13 TeV with the ATLAS detector
Xinhui Huang (IHEP)
15/11/2024, 15:35
151. Parity Violation on Quantum Entanglement and Bell Nonlocality
Yong Du (TD Lee Institute)
15/11/2024, 15:40
97. Testbeam results of LHCb PicoCal R&D
辰佳 张 (北京大学)
15/11/2024, 15:40
220. Investigation of charm-quark hadronization into baryons and its collision systems dependence with ALICE
t fang (Central China Normal University)
15/11/2024, 15:50
190. Studies of new Higgs boson interactions through nonresonant 𝑯𝑯 production in the 𝒃 ¯𝒃𝜸𝜸 final state in 𝒑 𝒑 collisions at √𝒔 = 13 TeV with the ATLAS detector
力钢 夏 (Nanjing University)
15/11/2024, 15:50
228. Coherent charmonium production in ultra-peripheral lead-lead collisions
Hengne Li (South China Normal University) , Xiaolin Wang (SCNU)
15/11/2024, 16:20
110. Doping optimization of the crysal materials based on ML
Min Wei (WHU)
15/11/2024, 16:20
195. Observation of gamma gamma-> tau tau in pp collisions and constain tau g-2 at CMS
zongsheng He (CCNU)
15/11/2024, 16:20
153. The bubble wall velocity: from the local Boltzmann equations to the non-local Kadanoff-Baym equations
Jiang Zhu (Tsung-Dao Lee Institute, Shanghai jiao tong Univercity)
15/11/2024, 16:20
197. Energy correlator measurement at CMS
桢 林 (Zhejiang University)
15/11/2024, 16:35
111. Performance studies on benchmarking physics channels for LHCb ECAL Upgrade II
毅恒 罗 (Tsinghua Univerisity) , 毅恒 罗 (清华大学)
15/11/2024, 16:35
223. The Effects of Multiple-Parton Interactions on the Production of Charged Particles and Pentaquarks
浩 杨 (Xi\'an Jiaotong-Liverpool University)
15/11/2024, 16:35
154. Complete analytic and expansion formulae for the muon magnetic dipole moment
世平 和 (Taiyuan University of Technology)
15/11/2024, 16:45
198. MSSM Hbb UL2016
Nazima BI (Institute of High Energy Physics)
15/11/2024, 16:50
112. Perspective on B0 -> π+π-π0 performance after LHCb Ecal Upgrade Ⅱ
Jiale Fei (Wuhan University)
15/11/2024, 16:50
224. UPC studies in Pb+Pb collisions with the ATLAS
Xinyan Liu (Shandong University)
15/11/2024, 16:55
156. Search for nearly-degenerate higgsinos using forward detectors at the LHC
航 周 (常州大学)
15/11/2024, 17:00
113. CuW baseplate R&D and production
涵 王, 涵 王 (中国科学院高能物理研究所) , 涵 王
15/11/2024, 17:05
201. Observation and differential measurements of electroweak Wγjj production in pp collisions at √s = 13 TeV with the ATLAS detector
婧 陈 (上海交通大学物理与天文学院&李政道研究所)
15/11/2024, 17:05
226. Particle production as a function of event shape classifiers in small collision systems with ALICE
Feng Fan (Central China Normal University)
15/11/2024, 17:10
157. Phase transitions, baryogenesis and anomalous baryon number violation
Yanda Wu (Shanghai Jiao Tong University)
15/11/2024, 17:15
202. New experimental observables in the future PDF global analysis at the LHC
Zihan Zhao (IHEP & Henan Normal University)
15/11/2024, 17:20
114. Studies on light guide for LHCb ECAL Upgrade Ⅱ
为松 段 (South China Normal University)
15/11/2024, 17:20
229. Correlation of strangeness production with charged hadrons in proton-proton collisions with ALICE
凯 崔 (Central China Normal University)
15/11/2024, 17:25
159. Nonperturbative study of the electroweak phase transition in the real scalar singlet extended Standard Model
Guotao Xia (TDLI)
15/11/2024, 17:30
115. HGCal module test at IHEP
Zhipeng Cui, zhipeng cui (Tsinghua University)
15/11/2024, 17:35
204. Measurement of the diboson polarization and RAZ in WZ production at ATLAS
振宇 赵 (University of Science and Technology of China)
15/11/2024, 17:35
227. Coherent J/ψ photoproduction at midrapidity in Pb–Pb collisions at ALICE
圳君 熊 (中国科学技术大学)
15/11/2024, 17:40
160. Probing Type-I 2HDM light Higgs in the top-pair-associated diphoton channel
亚博 董 (河南大学)
15/11/2024, 17:45
230. Measurement of Lambda_b0, Lambda_c+ and Lambda decay parameters
禹昊 王 (Peiking University)
15/11/2024, 17:55
66. Physics of Heavy Ion collisions
Chunjian Zhang (高能所)
16/11/2024, 08:30
67. Open heavy-flavour and quarkonia physics with ALICE
Jianhui Zhu (Fudan University)
16/11/2024, 09:00
68. Study of vector meson spin alignment with ALICE
Xiaozhi Bai (University of Science and Technology of China)
16/11/2024, 09:25
69. The speed of sound in quark–gluon plasma and ATLAS/CMS HI summary
Zaochen Ye (Rice University)
16/11/2024, 09:50
70. Higgs Physics and Quantum entanglement
Hao Zhang (Technical Institute of Physics and Chemistry, CAS)
16/11/2024, 10:35
71. Di-Higgs recent highlights and Summary
Yanlin Liu (Shandong University)
16/11/2024, 11:05
72. Rare/BSM higgs recent highlights and Summary
Jin Wang (IHEP)
16/11/2024, 11:30
73. Single Higgs recent highliths and summary
Kun LIU (Tsung-Dao Lee Institute, Shanghai Jiao Tong University)
16/11/2024, 11:55
127. LHC Computing in China
法制 齐 (高能所)
16/11/2024, 14:00
232. QCD LCDAs of Heavy Mesons from boosted HQET
Yanbing Wei (BJUT)
16/11/2024, 14:00
116. Status on R&D of Monolithic Active Pixel Sensors for ALICE Inner Tracking System
qiaomu tong
16/11/2024, 14:00
205. The Forgotten Supersymmetry Signals: Long-Lived SUSY particles inside LHC
文星 张 (Hebei University)
16/11/2024, 14:00
128. IHEP Site Report
JIngyan Shi (IHEP)
16/11/2024, 14:10
117. ATLAS ITk Strip Sensor Irradiation at CSNS
英峻 黄 (中山大学)
16/11/2024, 14:15
233. A review for hypernuclei and exotica in ALICE experiment
zhengqing wang (fudan university)
16/11/2024, 14:20
129. LZU Site Report
Prof. 培荣 李 (Lanzhou University)
16/11/2024, 14:20
207. Search for a new Z′ gauge boson in pp collisions at 13 TeV with the ATLAS detector
昊 许 (University of Science and Technology of China)
16/11/2024, 14:20
118. Development of ATLAS ITk strip module
Chengwei Wang (IHEP)
16/11/2024, 14:30
130. USTC Site Report
文昊 马 (University of Science and Technology of China)
16/11/2024, 14:30
234. Recent results on quarkonia elliptic flow with ALICE
liuyao zhang (Fudan university)
16/11/2024, 14:35
213. Strong and Elecctroweak SUSY searches in SS/3L final states in ATLAS
UNKNOWN 梁诗怡
16/11/2024, 14:35
131. SDU Site Report
Teng Li (Shandong University)
16/11/2024, 14:40
119. Radiation effects of ASICs for ATLAS ITk strip upgrade
Weiguo Lu (IHEP)
16/11/2024, 14:45
267. CSTCLOUD-EGI and CENI Site Report
Xiao Haili, Yu Ning (CNIC)
16/11/2024, 14:50
236. Detecting fluctuating gluonic structure via energy-dependent incoherent photoproduction in PbPb at 5.02 TeV with the CMS experiment
Zaochen Ye (Rice University)
16/11/2024, 14:50
212. Search for electroweak SUSY production in 2-tau final state and reinterpretation in models with variable RPV coupling
UNKNOWN 梁诗怡, UNKNOWN 袁家荣
16/11/2024, 14:50
134. Updates of CERNET and FITI
Zhonghui Li
16/11/2024, 15:00
120. UT commissioning and performance
Mingjie Feng (IHEP)
16/11/2024, 15:00
241. Exploring nuclear structure with multiparticle azimuthal correlations at the LHC
Zhiyong Lu (CIAE(中国原子能科学研究院))
16/11/2024, 15:05
214. Search for long-lived particles decayed in calorimeter with the ATLAS detector
Tianao Wang (USTC)
16/11/2024, 15:05
135. ALICE Computing Introduction
Xiao Han (Institute of High Energy Physics, CAS)
16/11/2024, 15:10
121. Stripping and sprucing: offline analysis at LHCb
Shuqi Sheng (Institute of High Energy Physics, Chinese Academy of Sciences (IHEP, CAS))
16/11/2024, 15:15
136. ATLAS Computing Introduction
Prof. 刘波 (南开大学)
16/11/2024, 15:20
215. Recent ATLAS results of Dark Matter combination and Dark Higgs search
齐斌 刘 (上海交通大学李政道研究所&物理与天文学院)
16/11/2024, 15:20
242. Studies of jet quenching effects through hadron-jet correlations at LHC
永珍 侯 (华中师范大学)
16/11/2024, 15:20
122. CMOS R&D for LHCb UT in Upgrade II
Zhiyu Xiang
16/11/2024, 15:30
137. CMS Computing Introduction
Mingshui CHEN (IHEP)
16/11/2024, 15:30
269. Search for heavy right-handed Majorana neutrinos in the decay of top quarks produced in proton–proton collisions at √𝒔 = 13 TeV with the ATLAS detector
桐彬 赵 (Shandong University)
16/11/2024, 15:35
244. Understanding the multiplicity dependence of the non-prompt charm hadron production measured at ALICE
佳林 何
16/11/2024, 15:35
138. LHCb Computing Introduction
Shanzhen Chen (IHEP, CAS)
16/11/2024, 15:40
123. Simulation study for LHCb UT in Upgrade II
彦茹 李 (Central China Normal University)
16/11/2024, 15:45
271. \psi(2S) production in Pb-Pb collisions at \sqrt{s_NN}=5.02TeV with ALICE
怡平 王 (USTC)
16/11/2024, 15:50
272. Discussion: WLCG China Federation
法制 齐 (高能所)
16/11/2024, 15:50
245. Jet Tagging with More-Interaction Particle Transformer
Kun Wang (University of Shanghai for Science and Technology)
16/11/2024, 16:20
235. Study of EEC discrimination power on quark and gluon quenching effects based on LHC heavy-ion detectors
Xufei Xue
16/11/2024, 16:20
217. The SM expected branching ratio for ℎ→𝛾𝛾 and an excess for ℎ→𝑍𝛾
佳韦 刘 (Tsung-Dao Lee Institute,Shanghai Jiao Tong University)
16/11/2024, 16:20
124. The thin RPC gas gap development for the ATLAS Phase-II upgrade
Dongshuo Du (USTC)
16/11/2024, 16:20
237. CMS DQM-DC operations and performance during Run3 data-taking
Javaid Tahir (高能所)
16/11/2024, 16:35
125. The RPC assembly for the ATLAS Phase-II upgrade
François Lagarde (USTC)
16/11/2024, 16:35
246. Measurement of jet production in small systems with ALICE
Haidar Mas\'ud Alfanda (Central China Normal University)
16/11/2024, 16:40
218. Search for Fractionally Charged Particles at 13 TeV with the ATLAS Detector
Yifan Yang (University of Science and Technology of China)
16/11/2024, 16:40
126. GEM Chamber assembly and test for CMS ME0 upgrade at Peking University
Zongsheng He (PKU)
16/11/2024, 16:50
238. IHEP ROC Report (CMS) Talk
Ye Chen (IHEP)
16/11/2024, 16:50
247. Measurement of jet suppression down to low pT in ALICE
Ms Wenhui Feng (Central China Normal University)
16/11/2024, 16:55
219. Probing Neutral Triple Gauge Couplings via Zγ(ℓ+ℓ−γ) Production at LHC-ATLAS and future Colliders
丹宁 刘 (上海交通大学李政道研究所&物理与天文学院)
16/11/2024, 16:55
239. Quantum-Annealing-Inspired algorithms for future colliders
Hideki (英希) Okawa (大川) (IHEP)
16/11/2024, 17:05
221. Search for heavy neutral Higgs bosons decaying into a top quark pair with the ATLAS detector
以周 蔡 (南京大学) , 以周 蔡 (NJU)
16/11/2024, 17:10
248. Z production in proton-lead collisions at 8.16 TeV
天齐 李 (华南师范大学) , 天齐 李 (华南师范大学) , 天齐 李 (华南师范大学)
16/11/2024, 17:10
251. Performance Test of the CCT Superconducting Magnets for HL-LHC
贤金 欧
16/11/2024, 17:20
222. Search for 𝒕𝒕¯𝑯/𝑨 → 𝒕𝒕¯𝒕𝒕¯ production in proton–proton collisions at √ 𝒔 = 13 TeV with the ATLAS detector
厉宁 毛 (上海交通大学物理与天文学院)
16/11/2024, 17:25
249. Study of leading transverse momentum fraction of Lambda and KS0 in pp collisions at 13 TeV
Qiuyue Zhang (Central China Normal University)
16/11/2024, 17:25
225. Combination of searches for heavy spin-1 resonances with the ATLAS detector
睿 袁 (上海交通大学李政道研究所&物理与天文学院)
16/11/2024, 17:40
250. p–d femtoscopy and pp source size measurement in Pb–Pb collisions with ALICE at the LHC
东方 王 (Fudan university)
16/11/2024, 17:40
84. 物质最深处
Yuanning Gao (Peking University)
16/11/2024, 19:30
74. ATLAS upgrade
Mei Zhao (高能所, IHEP)
17/11/2024, 08:30
75. CMS upgrade
YONG BAN (Peking University)
17/11/2024, 08:55
76. LHCb upgrade
XUHAO YUAN (IHEP, Beijing)
17/11/2024, 09:20
77. ALICE upgrade
Zhongbao Yin (华中师范大学)
17/11/2024, 09:45
78. QCD Energy correlator at collider
Xiaohui Liu (Beijing Normal University)
17/11/2024, 10:30
79. Quantum entanglement in the highest energy at LHC and top physics summary
Hongbo LIAO (Institute of High Energy Physics)
17/11/2024, 11:00
80. W-mass highlights and precision measurement summary
Joao Guimaraes da Costa
17/11/2024, 11:25
81. CEPC status
Jianchun Wang (IHEP) , Jie GAO (IHEP)
17/11/2024, 11:50
82. Short summary
Jia Liu (Peking University)
17/11/2024, 12:20
83. Annoucements
Huaqiao ZHANG (IHEP) , Jia Liu (Peking University)
17/11/2024, 12:35
231. \psi(2S) production in Pb-Pb collisions at \sqrt{s_NN}=5.02TeV with ALICE
怡平 王
270. \psi(2S) production in Pb-Pb collisions at \sqrt{s_NN}=5.02TeV with ALICE
怡平 王 (USTC)
108. ATLAS High Granularity Timing Detector: Test beam performance of LGAD sensors
KHURAM TARIQ (高能所)
170. CEPC Acc. Design & Green Accelerator
Dou WANG (IHEP)
20. Complete analytic and expansion formulae for the muon magnetic dipole moment
Shi-Ping He (Taiyuan University of Technology)

Since announcement of the muon g-2 anomaly, plenty of papers have devoted to this anomaly. The approximate formulae are always adopted when determining the new physics contributions, while clear scope of applications are always absent. This talk is dedicated to the comprehensive analytical results and approximations for the canonical interactions at one-loop level. We not only collect the...
33. CP asymmetries corresponding to the imaginary parts of the interference terms in cascade decays of heavy hadrons
Zhen-Hua（振华） Zhang（张） (University of South China)

A mechanism of generating CP violation through the imaginary part of the interference of two amplitudes is proposed. This mechanism has shown clear evidence in decays such as B±→π±π+π−. The proposed mechanism is helpful in searching for CP violation in bottom and charmed baryon decay processes.
15. CPV in FCNU decays
可陈 李

This talk will focus on the study of CP violation in Flavor-Changing Neutral Current (FCNC) decays, exploring how these processes provide a sensitive probe for testing the Standard Model and searching for new physics. We will review key measurements and experimental techniques used to study CP violation in rare decays, highlighting recent results from the LHCb experiment and their implications...
132. CUHK Site Report （CUHK）
TBD
133. CUHK Site Report （CUHK）
TBD
9. Determining heavy meson light-cone distribution amplitudes from lattice QCD
Ms Han Xue-Ying (IHEP)

We present a novel method to compute light-cone distribution amplitudes (LCDAs) of heavy meson defined in heavy quark effective theory (HQET). Our method utilizes quasi distribution amplitudes (quasi-DAs) with a large momentum component $P^z$. By sequentially integrating out $P^z$ and $m_H$, one can disentangle different dynamical scales. Integrating out $P^z$ allows to connect quasi-DAs to...
243. Development Status of the CCT Superconducting Magnets for HL-LHC
Yingzhe Wang
25. Direct charged and neutral Higgs searches with LHC
Dr 伟 苏 (Sun Yat-Sen University)

we would like to introduce our recent work about BSM Higgs searches at LHC, in the framework of 2HDM. The study will include both the neutral and charged Higgs studies. including various BSM Higgs production and decay channels, as well as the exotic Higgs decays.
26. Electroweak Corrections to Double Higgs Production at the LHC
Dr 环宇 毕 (北京大学)

We present the results for the complete next-to-leading order electroweak corrections to pp → HH at the Large Hadron Collider, focusing on the dominant gluon-gluon fusion process. While the corrections at the total cross-section level are approximately −4%, those near the energy of HH production threshold exceed +15%, and corrections at the high-energy region are around −10%, leading to a...
240. Elliptic flow fluctuations relative to the spectator plane in Pb–Pb collisions.
Jie Wan
11. Exotic states production in nuclear collisions at the LHC energy
Mr Zhilei SHE (Wuhan Textile University)

The production of exotic hadrons, such as $\rm X(3872)$, in $pp$ collisions at $\sqrt{s}=2.76\,\mathrm{TeV}$ is investigated by the parton and hadron cascade model {\footnotesize PACIAE}. In the simulation the final partonic state (Quark Matter, QM) and the final hadronic state (Hadron Mater, HM) are continuously processed and recorded. The $\rm X(3872)$ compact tetraquark state and loose...
1. Improved constraint on Higgs boson self-couplings with quartic and cubic power dependence in the cross section
Jian Wang (Shandong University)

Precise information on the Higgs boson self-couplings provides the foundation for unveiling the electroweak symmetry breaking mechanism.
Due to the scarcity of Higgs boson pair events at the LHC, only loose limits have been obtained.
This is based on the assumption that the cross section is a quadratic function of the trilinear Higgs self-coupling in the $\kappa$ framework.
However, if...
19. Jet Origin Identification and Quantum-based Jet clustering
永峰 朱

Jet Origin Identification (JOI), which classifies jets into five quarks, five anti-quarks, and gluons, was introduced and successfully implemented using ParticleNet, achieving unprecedented performance in measuring the rare and exotic decays of the Higgs boson at the proposed Circular Electron-Positron Collider (CEPC). Additionally, we developed a quantum-based jet clustering algorithm...
18. Jet Tagging with More-Interaction Particle Transformer
Kun Wang (University of Shanghai for Science and Technology)

Based on arxiv:2407.08682, we present the More-Interaction Particle Transformer (MIParT), a novel deep learning neural network designed for jet tagging. This framework incorporates our own design, the More-Interaction Attention (MIA) mechanism, which increases the dimensionality of particle interaction embeddings. We tested MIParT using the top tagging and quark-gluon datasets. Our results...
3. Lam-Tung relation breaking in Z boson production as a probe of SMEFT effects
Prof. Bin Yan (IHEP)

The violation of Lam-Tung relation in the high-$p_T^{\ell\ell}$ region of the Drell-Yan
process at the LHC presents a long-standing discrepancy with the standard model prediction
at $\mathcal{O}(\alpha_s^3)$ accuracy. In this talk, we employed a model-independent analysis to
investigate this anomaly within the framework of the Standard Model Effective Field Theory (SMEFT).
Our findings...
192. Lam-Tung relation breaking in Z boson production as a probe of SMEFT effects
Bin Yan (IHEP)
10. LHC Physics Tools for Precision Gravitational Wave Physics
Zhengwen Liu (Southeast University)

High-accuracy theoretical predictions for the motion of compact binary systems are essential for maximizing the discovery potential of current and future gravitational-wave observations, such as LIGO-Virgo-Kagra, Taiji, TianQin, and Einstein Telescope. Modern theoretical tools initially invented for LHC physics, such as effective field theory and multi-loop Feynman integrals, has proven...
141. Measurements of lateral energy leakage of electrons and photons in the second layer of EMC using early Run3 pp collision data with the ATLAS detector
Shaoguang Wu
40. Nonperturbative study of the electroweak phase transition in the real scalar singlet extended Standard Model
Guotao Xia (TDLI)

In this talk, we explore the electroweak phase transition in the real singlet scalar extension of the Standard Model through a nonperturbative lattice study. We examine both heavy and light singlet-like scalar scenarios, focusing on non-zero singlet-doublet mixing angles.

The presentation begins with an overview of the lattice methods relevant to phase transition analysis. We then analyze...
37. Parity Violation on Quantum Entanglement and Bell Nonlocality
Yong Du (TD Lee Institute)

Collider tests of quantum entanglement (QE) and Bell nonlocality (BN) have offered a new opportunity for deepening our understanding on quantum mechanics. While most of the existing work on this topic has been focusing on parity (P) conserving interactions, I will address in this talk how P violation could change the spin correlations of the spin-half bipartite systems, thus modifying the...
45. Phase transitions, baryogenesis and anomalous baryon number violation
Yanda Wu (Shanghai Jiao Tong University)

Our study presents a comprehensive analysis of baryon number violation during the electroweak phase transition (EWPT) within the framework of an extended scalar electroweak multiplet. We perform a topological classification of scalar multiplet's representation during the EWPT, identifying conditions under which monopole or sphaleron field solutions emerge, contingent upon whether their...
52. Photo and Break
6. Probing electroweak phase transitions at the LHC and future colliders
Ke-Pan (柯盼) Xie (谢) (Beihang University (北京航空航天大学))

I will review and discuss various approaches to probe the first-order electroweak phase transition at the colliders.
7. Probing heavy meson lightcone distribution amplitudes with heavy quark spin symmetry
Dr Jun Zeng (SJTU)

We illustrate that the leading-twist light-cone distribution amplitudes (LCDAs) defined in heavy-quark effective theory (HQET) can be determined through lattice simulations of quasi-distribution amplitudes (quasi-DAs) with a large momentum component $P^z$. Exploiting heavy-quark spin symmetry, we show that the LCDAs for a heavy pseudoscalar and vector meson in the context of HQET exhibit...
34. Probing Type-I 2HDM light Higgs in the top-pair-associated diphoton channel
亚博 董 (河南大学)

We investigate the Type-I Two-Higgs-Doublet Model (2HDM-I) as a potential explanation for the 95 GeV diphoton excess observed at the LHC, and assess the feasibility of discovering a 95 GeV Higgs boson at future hadron colliders. Our analysis shows that the direct Higgs search data strongly constrain the Higgs-mixing angle parameter. Subsequent collider simulations focus on the $pp \to t(\to...
4. QCD LCDAs of Heavy Mesons from boosted HQET
焰冰 魏 (BJUT)

Light-cone distribution amplitudes (LCDAs) frequently arise in factorization theorems involving light and heavy mesons. The QCD LCDA for heavy mesons includes short-distance physics at energy scales of the heavy-quark mass. We achieve the separation of this perturbative scale from the purely hadronic effects by matching the QCD LCDA to the convolution of a perturbative function with the...
12. Quantum-Annealing-Inspired algorithms for future colliders
Prof. Hideki (英希) Okawa (大川) (IHEP)

Track and jet reconstruction are crucial components in high energy collider experiments. It is known for high consumption of computing resources, and various investigations are ongoing to cope with this challenge. These reconstruction tasks can be considered as quadratic unconstrained binary optimization (QUBO) problems, which are suitable to be solved with quantum algorithms. I will present...
139. Review of HCAL reconstruction performance
Hui Wang
140. Run3 ECAL performance
Jie Zhang
27. Search for nearly-degenerate higgsinos using forward detectors at the LHC
航 周 (常州大学)

Supersymmetric models with nearly-degenerate light higgsinos provide a consistent solution to the naturalness problem under rigorous constraints from current experimental searches for sparticles. However, it is challenging to probe the compressed scenarios at collider experiments due to the hard-to-detect soft final states. To overcome this issue, strategies have been proposed to take...
32. Shedding Light on Hadronization by Quarkonium Energy Correlator
安平 陈 (江西师范大学)

We propose to measure the energy correlator in quarkonium production, which tracks the energy deposited in the calorimeter $\chi$-angular distance away from the identified quarkonium. The observable eliminates the need for jets while sustaining the perturbative predictive power. Analyzing the power correction to the energy correlator, we demonstrate the novel observable supplies a unique...
5. Study the structure of $X(3872)$ from its lineshape
Dr hongge xu (HuBei University of Education)

We fit the invariant mass distribution of ${X(3872)}\rightarrow{J}/{\psi}\pi^+\pi^-$ from LHCb and ${X(3872)}\rightarrow{D}^{0}\overline{D}^{0*}$ from Belle using the propagator for S-wave threshold states in effective field theory. In this way, we can directly determine the $Z$ which is the probability of finding the compact component in ${X(3872)}$. We find that $Z$ is a non-vanishing value...
30. The bubble wall velocity: from the local Boltzmann equations to the non-local Kadanoff-Baym equations
Dr Jiang Zhu (Tsung-Dao Lee Institute, Shanghai jiao tong Univercity)

There are two common methods to compute the bubble wall velocity for the cosmological phase transitions: the fluid method, which analyzes the macroscopic fluid system, and the local Boltzmann equations; the microscopic method, which studies the force acting on the bubble wall by the multi-particle bubble interactions. However, those two methods are not consistent with each other. In this...
143. The design, production and QC test of GEM Electronics board for CMS ME0 project
Zhe Li
24. The Effects of Multiple-Parton Interactions on the Production of Charged Particles and Pentaquarks
浩 杨 (Xi\'an Jiaotong-Liverpool University)

This study investigates the Multiple-Parton Interaction (MPI) sensitivity of several charged particle observables, including the charged pseudorapidity distribution, the average transverse momentum as function of charged multiplicity, and the production of individual particle species. The MPI effects on pentaquark production are also studied, for three possible resonance states, $P_c^+(4312)$,...
36. The Forgotten Supersymmetry Signals: Long-Lived SUSY particles inside LHC
文星 张 (Hebei University)

Supersymmetric signals have been widely searched for at the LHC, but unfortranately there are no obvious signals beyond the standard model have been found. Does the natural supersymmetry actually exist or not at the TeV scale， or did the experimentalists forget some important signals at the LHC? In this talk, I will introduce some of our previous works that focus on the long-lived SUSY...
35. The SM expected branching ratio for $h \to \gamma \gamma$ and an excess for $h \to Z \gamma$
Chia-Wei Liu (Tsung-Dao Lee Institute,Shanghai Jiao Tong University)

The recent measurements of $h \to Z \gamma$ from ATLAS and CMS show an excess of the signal strength $\mu_Z = (\sigma\cdot{\cal B})_{\mathrm{obs}}/(\sigma\cdot{\cal B})_{\mathrm{SM}}=2.2\pm 0.7$, normalized as 1 in the standard model~(SM). If confirmed, it would be a signal of new physics (NP) beyond the SM. We study NP explanation for this excess. In general, for a given model, it also...
142. Upgrade of the ALICE inner-tracker: ITS3 for LHC run 4
Chunzheng Wang
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