粒子物理所报告-粒子物理研究所

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IOPP Seminar: Novel imaging techniques for hadron therapies

报告人：Dr. Gábor Biró and Zsófia Jólesz

报告时间：3:00 PM, Friday, Oct.17,2025

报告地点：Lecture Hall 9409

Hadron therapy, a promising yet less common cancer treatment, targets tumors more precisely than traditional X-ray treatments. However, effective hadron therapy requires precise dose planning, which necessitates accurate mapping of energy deposition within the tissue. Proton CT addresses this by using protons for imaging, providing ...
Probing the Higgs Sector at LHCb: Techniques, Measurements, and Future Prospects

报告人：Lorenzo Sestini(INFN)

报告时间：9 AM, September 30, 2025

报告地点：Lecture Hal 9409

The LHCb experiment has been delivering high-quality data since the start of LHC operations and continues to provide groundbreaking measurements. While originally designed for precision studies of b- and c-hadron physics, LHCb has evolved into a general-purpose detector in the forward region ...
Unraveling QCD using hard probes in proton-proton and heavy-ion data

报告人：Ezra D. Lesser (CERN)

报告时间：9 AM, September 29,2025

报告地点：Lecture Hall 9409

Understanding the dynamics of Quantum Chromodynamics (QCD) across different energy regimes remains a central challenge of high-energy physics. Hard probes such as jets and heavy flavor hadrons are powerful tools to test QCD predictions and to characterize the strongly interacting matter ...
IOPP Seminar: 重味夸克物理学一过去、现在与未来

报告人：Prof. Franz, Muheim

报告时间：2025年9月19日(周五)10:00-12:00

报告地点：桂子山校区9号教学楼9409会议室

50多年前粲夸克的发现，为粒子物理标准模型的研究与检验奠定了坚实的实验基础。自此，重味的底夸克与粲夸克的研究成为实验上检验标准模型的重要手段。尤其是通过对粒子与反粒子间电荷一字称(CP)对称性破缺的研究，可以深入探索宇宙中正反物质的不对称性难题。本次讲座将介绍世界上对撞能量最高的大型强子对撞机上的LHCb实验在底夸克与粲夸克体系CP破坏研究方面取得的最新重要成果。...
IOPP Seminar: Probing new physics and quantum entanglement through QCD spin effects at colliders

报告人：岩斌中国科学院高能物理研究所

报告时间：2025年9月5日，周五上午10:00-11:00

报告地点：9号楼627报告厅

QOD spin effects play a crucial tole in probing nucleat structures and have been extensively studied in hadroniphysics. However, their potential for exploring new physics beyond the Standard Model and quantum entanglemenphenomena has been largely overlooked. In this talk, I will discuss how ...

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