Conveners
Parallel C: Parallel C | WG2 + WG6
- Wei Wei (IHEP, CAS)
Parallel C: Parallel C | WG2 + WG6
- Haijun Yang (Shanghai Jiao Tong University (CN) and TDLI)
Parallel C: Parallel C | WG2 + WG6
- Chunpeng Wang (Shanghai Advanced Research Institute)
Parallel C: Parallel C | WG2 + WG6
- Fazhi Qi (Institute of High Energy Physics)
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Yutie Liang (Institute of Modern Physics, CAS)10/14/26, 1:30 PMDetector technology developmentTalk
The High Intensity Heavy-ion Accelerator Facility (HIAF) in Huizhou is a domestically developed, large-scale scientific facility that delivers the world's most intense ion beams. The Hyperon-Nucleon Spectrometer (H-NS) at HIAF is designed to address fundamental questions about hadron spin structure through high-precision measurements of Lambda hyperon and proton polarization. By utilizing...
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Timofei Maltsev (Budker Institute of Nuclear Physics)10/14/26, 1:50 PMDetector technology developmentTalk
The experimental program of the DEUTERON facility at the VEPP-3 storage ring includes the study of elastic electron-deuteron scattering, the photodisintegration of tensor-polarized deuterons, and the photoproduction of light mesons on deuterons. In this report we discuss recent results from the photodisintegration study. The key feature of the experiment is a Tagging System for almost-real...
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Haijun Yang (Shanghai Jiao Tong University (CN) and TDLI)10/14/26, 2:10 PMDetector technology developmentTalk
This report reviews the R&D status of three hadronic calorimeter options for the Circular Electron Positron Collider (CEPC), targeting jet energy and boson mass resolution required by particle flow reconstruction. The Glass-RPC based semi-digital HCAL (SDHCAL) achieves fine 1 cm granularity and evolves toward a 5D T SDHCAL with MRPC for O(100) ps timing to separate overlapping hadronic...
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Xiangyi Cui (Shanghai Jiao Tong University)10/14/26, 2:30 PMDetector technology developmentTalk
PandaX experiment is located at the China Jinping Underground Laboratory and utilizes a series of dual-phase xenon time projection chambers for dark matter direct detection and neutrino studies. Recently, the PandaX-4T experiment, equipped with a 4-ton liquid xenon target, has completed its data-taking phase. To achieve better sensitivity to rare signals, the first phase of the next-generation...
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Tamara Shakirova (Budker Institute of Nuclear Physics)10/14/26, 2:50 PMDetector technology developmentTalk
The NSU-NSC Accelerator Mass Spectrometry Center for Collective Use has been established in Novosibirsk. It combines two AMS facilities - the compact MICADAS AMS (manufactured by Ionplus, Switzerland) and the Budker Institute of Nuclear Physics (BINP) AMS - as well as two graphite target preparation systems. The Center currently performs radiocarbon measurements for a wide range of scientific...
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Hitoshi Oshima (Tokyo Denki University)10/14/26, 3:10 PMDetector technology developmentTalk
Nuclear emulsion detectors have played an important role in the history of cosmic-ray and high-energy physics experiments, contributing to landmark discoveries such as the pion and the tau neutrino. Building on this long tradition, the NINJA collaboration has developed dedicated nuclear emulsion techniques to perform precision measurements of neutrino–nucleus interactions in the energy range...
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Gongtao Fan (Shanghai Advanced Research Institute)10/14/26, 3:50 PMDetector technology developmentTalk
The Shanghai Laser Electron Gamma Source (SLEGS) is one of the beamlines at the SSRF, producing energy-tunable gamma-ray beams via laser Compton slant-scattering (LCSS) of 10.64 μm laser photons from a CO₂ laser off 3.5 GeV electrons. We confirmed the generation of gamma-ray beams in the energy range from 0.66 MeV to 21.7 MeV, with an energy scanning accuracy of 20 keV. At the SLEGS beamline,...
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旭东 鞠 (上海科技大学)10/14/26, 4:10 PMDetector technology developmentTalk
SHINE is the first hard X-ray FEL facility in China. With high pulse repetation (up to 1MHz), short pulse width, high brightness and strong coherence, SHINE will supply a powerful solution for kinds of revolutional scientific research in physics, chemistry, materials, biology and so on. In order to efficiently utilize the unique photons of SHINE, some particular performances are required for...
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Wei Wei (IHEP, CAS)10/14/26, 4:30 PMDetector technology developmentTalk
The High Energy Photon Source (HEPS) in Beijing will be one of the world's brightest synchrotron radiation X-ray sources, with brightness >10²², photon energies up to ~300 keV, and an eventual capacity of 90 beamlines (14 in Phase I). Such extreme source parameters place stringent demands on detector performance, and detectors have become a key factor limiting how fully the source can be...
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Mr Zhijia Sun (Spallation Neutron Source Science Center)10/14/26, 4:50 PMDetector technology developmentTalk
The construction, user operation, and Phase-II upgrade of the China Spallation Neutron Source (CSNS) impose diverse requirements on neutron detectors, including large-area coverage, high detection efficiency, high counting-rate capability, high spatial and temporal resolution, and long-term operational reliability. To meet the scientific requirements of different neutron instruments, the...
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Timofey Miheev10/14/26, 5:10 PMDetector technology developmentTalk
The Budker Institute of Nuclear Physics is developing a two-phase (gas and liquid) detector based on argon. Liquid argon detectors are widely used in experiments to search for dark matter, to study neutrino oscillations and coherent elastic scattering of neutrinos on nuclei, and as veto systems in double beta decay experiments.
Argon has a high light yield (20000 — 40000 photons/MeV), but...
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Fazhi Qi (Institute of High Energy Physics)10/15/26, 1:30 PMNetwork & computingTalk
IHEP operates a series of large-scale facilities — BESIII, LHAASO, JUNO, HEPS, CSNS, with major roles at the LHC — generating petabyte-scale scientific data annually. This talk surveys the institute's integrated response across data infrastructure, computing platforms, scientific software, and AI for Science.
Go to contribution pageA federated data infrastructure anchored by the National High Energy Physics... -
Jinyu Wan (Institute of High Energy Physics, Chinese Academy of Sciences)10/15/26, 1:50 PMNetwork & computingTalk
Modern accelerator design requires extensive beam dynamics simulations and efficient exploration of large parameter spaces. Complex nonlinear dynamics and collective effects make these tasks computationally demanding. Artificial intelligence (AI) offers opportunities to accelerate beam dynamics simulation and improve the efficiency of accelerator design optimization. This talk revisits how AI...
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Ping Huai (ShanghaiTech University / Shanghai Advanced Research Institute, CAS)10/15/26, 2:10 PMNetwork & computingTalk
High-repetition-rate X-ray free-electron lasers (XFELs) generate massive and heterogeneous data, creating major challenges for data acquisition, processing, storage, and management. SHINE is developing a data-intensive infrastructure to support beamline commissioning and future user experiments, while enabling the transformation of raw experimental data into standardized and AI-ready...
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Gongfa Liu (USTC)10/15/26, 2:30 PMNetwork & computingTalk
The Hefei Advanced Light Facility (HALF) is a fourth-generation diffraction-limited synchrotron radiation source currently under construction as one of China's major national science infrastructure projects. Construction commenced in June 2023, with completion planned for October 2028. The facility comprises an accelerator complex (injector and storage ring), beamlines, and supporting...
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Eric Yen10/15/26, 2:50 PMNetwork & computingTalk
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Go Iwai (KEK)10/15/26, 3:10 PMNetwork & computingTalk
The KEK Central Computer System (KEKCC) is the largest-scale computing system at KEK, providing essential services such as Grid, Cloud, and high-performance data storage for various scientific experiments. Operating under a four-year lease, the current generation of KEKCC started production in September 2024. Now entering its third year of operation, the system continues to deliver stable...
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Byungyun KONG (KISTI)10/15/26, 3:50 PMNetwork & computingTalk
This presentation outlines the operational status and data computing services of the ALICE Tier-1 center at the Global Science experimental Data hub Center (GSDC) in KISTI. As the sole ALICE Tier-1 facility in Asia, KISTI GSDC operates a high-performance computing and storage infrastructure to support the intensive data-processing requirements of the CERN ALICE experiment.
The talk...
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Dmitriy Lipoviy (SRF SKIF, Budker Institute of Nuclear Physics)10/15/26, 4:10 PMNetwork & computingTalk
In 2026, commissioning of the SRF SKIF facility, a 4+ generation synchrotron radiation source accelerator complex was initiated. The facility comprises a 200 MeV electron linear accelerator, a booster synchrotron accelerating electrons to 3 GeV, and a storage ring equipped with superconducting insertion devices for SR generation.
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Approximately 2,500 power supplies are used to control the...