第九期"理论物理专题讲学"活动

国际上已建成的多个高能物理实验装置将会为我们提供更为准确的实验数据，同时也极大地有助于解决物理学领域中的诸多基础问题。近半个世纪以来，量子色动力学（QCD）理论已取得了相当大的进展，但它仍然存在许多理论问题值得进一步深入探讨。引力波的探测将从深层次上揭示引力本质并为之提供关键性的证据。同时黑洞吸积以及喷流理论以及活动星系核反馈、极早期宇宙、宇宙暗能量及暗物质的研究等与引力波探测相关的理论及实验研究将会带动相关基础研究的发展。为吸引更多国内外高能物理科技人参加相关方向的研究，提高西部高校的科学研究能力，为改善地区学科发展不平衡的现状做出贡献，在国家自然科学基金理论物理专款的支持下，重庆大学积极承办“第九届理论物理讲习班”。讲习班将邀请国内外高能物理QCD理论以及引力与天体物理方向的知名专家进行讲学，对相关物理前沿课题以教师主讲加研讨会的方式进行深入的学习和讨论。

The running of high energy experimental equipments, such as LHC or the programmed ILC and etc., will provide us more and more precise data, and it surely will greatly improve our understanding of the basic questions in physics in the near future. The QCD theory has achieved great improvements, but there are still many questions need to be clarified. At the present, the gravitational wave has not been detected, whose detectation, however, can provide a key evidence for understanding the essence of gravitation. Those studies involving the gravitational theory, such as the black hole accretion and jet-connection theory, the early universe, the dark energy, the dark matter, and etc., can improve our knowledge on the elemental physics. In order to absorbe more and more peoples into the field, and improve the inequivalent development between the east and west parts, we are actively applying this project of ``ninth theoretical physics summer school” . In order to attract excellent graduate students or young scientist to take part in the research on partical physics and astrophysics, a summer school will be held in Chongqing University. For the purpose, the lectures and seminars of this summer school, will be given by the well-known theorists in this field.