学术报告-华中师范大学夸克物质及探测技术国际联合研究中心

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第114期HAPOE:基于人工智能的未来希格斯工厂的重建三部曲

报告人：阮曼奇研究员

报告时间：4234128972025年06月06日(周五)15:00-17:00

报告地点：https://meeting.tencent.com/dm/PoUFybXnmPyR

报告人：阮曼奇研究员主持人:黄性涛教授会议地址：https://meeting.tencent.com/dm/PoUFybXnmPyR腾讯会议：4234128972025年06月06日(周五)15:00-17:00摘要：正负电子希格斯工厂有望通过Higgs Portal探索物质起源、暗物质本质、自然性问题等重大问题，同时可产生大量标准模型粒子统计数据，支持电弱、味物理、量子色动力学研究及新物理信号直接搜索，科学价值极为重大。强子事件是正负电子希格斯工厂物理事件的主体，例如 97% 的 ...
The 227th HENPIe Seminar: Understanding two- and three-body hadronic interactions using femtoscopy

报告人：Prof. Raffaele Del Grande (Czech Tech. U)

报告时间：June 05,2025, Thursday, 16:30 (UTC+8)

报告地点：Zoom meeting ID:421173735 Passcode: 644179

The femtoscopy technique at the Large Hadron Collider has proven capable of providingunprecedented precision information on the low-energy interaction ...
IOPP Seminar: Probing QCD collectivity at the smallest scale through high multiplicity jets in pp collisions at CMS

报告人：刘潇屿博士

报告时间：2025年6月3日(星期二)上午10:00

报告地点：9409会议室

Recent CMS data have revealed long-range correlations at high charged particle multiplicity (N_ch^j) within jets produced in proton-proton (pp) collisions, suggesting collective behavior in systems much smaller than those typical of heavy ion collisions. In the polar coordinate system about the reconstructed ...
IOPP Forum: Isolated Prompt Photon Measurements at the LHC

报告人：Dr. Gustavo Conesa Balbastre

报告时间：10:00AM May 28.2025

报告地点：Room409

The four experiments at the LHC test QCD predictions with their measurements in ultra-relativistic proton—proton (pp), proton—nucleus and nucleus—nucleus collisions, and in particular, they are interested in the measurement of the properties of the quark-gluon plasma (QGP) created in heavy-...
IOPP Forum：The Quest for Phase Transitions inStrongly Interacting QCD Matter

报告人：Anar Rustamov

报告时间：10:00 AM, Thursday, May 22,2025

报告地点：Lecture Hall 9409

Quantum Chromodynamics (OCD), the fundamental theory of the strong interaction; predicts a rich phase structure of matter under extreme conditions of temperature and density. Understanding phase transitions in strongly interacting matter is central to exploring the behavior of QCD in such ...

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