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Statistical Physies ofEigen Microstatesand Its Applications

报告人：Prof. Xiaosong Chen

报告时间：Dec.2.Tuesday 10:30 AM

报告地点：Room 9409

Statistical physics is a fundamental discipline that investigates the relationship between microscopic behaviors and collective macroscopic properties in many-particle systems. Its theoretical origins can be traced back to the ensemble theory established by the American physicist J. Willard Gibbs....
First Results from the Jiangmen UndergroundNeutrino Observatory(JUNO)

报告人：Prof. CAO Jun

报告时间：November 28,2025, Friday, 10:30 AM

报告地点：Room 9409

The neutrino is one of the fundamental particles that make up the material world, playing a crucial role in both the most microscopic particle physics and the most macroscopic cosmology....Speaker Profile: CAO Jun is a Researcher and the Director ...
The Super Tau-Charm Facility

报告人：Prof, Jianbei Liu /USTC

报告时间：Nov.11, Tuesday 10:30 AM

报告地点：Room 9409

The Super Tau-Charm Facility (STCF) is a new-generation high-luminosity electron-positron collider proposed in China. It will operate in an energy range of 2-7 GeV with a luminosity higher than 0.5x1035 cm-2s-1 at 4 Gev, The STCF can produce a large number of hadrons and tau leptons in a clean environment, serving ...
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 ...
The 2nd IOPP Colloquium: Imaging Nuclei by Smashing:Bridging Nuclear Physics Across Energy Scales

报告人：Professor Jiangyong Jia

报告时间：10:30AM, Monday, Sept.22,2025

报告地点：Lecture Hall9409

High-energy nuclear collisions have recently emerged as a promising “imaging-bysmashing" approach that reveals the intrinsic shapes of atomic nuclei. Here, I outline a conceptual framework for this technique, explaining how nuclear shapes are encoded during quark-gluon plasma ...

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