Abstract：

The Standard Model of the elementary particle physics has been remarkably successful in many ways, among which is its ability to interpret numerous hadrons observed in terms of symmetries built around the flavors, the spins, the colors and the hyperfine splitting. The combination of Quantum Thermodynamics (QCD) and high performance computing make it possible to carry out QCD lattice calculations of hadrons to take into account the fine details of the dynamics of the Standard Model. The B-factories such as PEP-II and KEK-B have provided high statistics data for studying hadrons, for searching for new hadron states, and have led to the discovery of the mysterious X, Y, Z states. The Large Hadron Collider is operational, has provided high quality data, and will allow for the study of hadrons, among many other exciting physics topics. High energy physics has entered an exciting era in which we will have state of the art detectors and colliders to enable us to look deep into the hadrons to understand the nature in a fundamental way.

 

报告人简介：

美国University of Texas at Dallas终身教授，2004-2008年任物理系主任，1989年于美国State University of New York, Albany获博士学位。娄教授在很多领域都有建树，如粒子物理实验、数据分析技术及应用、高性能格点计算、半导体pixel精密电子探测器、体育物理、投资风险管理等，其中有些是新开辟领域。在高等教育管理方面有杰出成就，是美国高等教育领军和创新人物。参加过Babar, Atlas, BES, OPAL, MKII, CLEO等实验。