GRK 282: Quantum Field Theoretical Methods in Particle, Gravitational, and Condensed Matter Physics

三十多年来，量子场论作为现代理论物理的概念和方法论工具，导致了各个领域的结构统一。因此，量子场论应该在今天的理论物理学家的培养中发挥核心作用。广泛的量子场论原理和一般方法的研究生教育为粒子物理、统计物理、引力和弦理论以及量子光学的应用提供了共同的基础。在研究培训小组中，学生们一起学习理论基础和必要的背景知识，以便更具体地指导他们的论文。该计划的主要目标是通过增加分组和结构、避免重复教学和加强参与小组之间的交流来提高研究生教育的效率。该计划包括为期一年的基础讲座课程、高级课程的选择、学生研讨会、年度研讨会以及由特邀科学家提供的频繁的研讨会和课程。

For more than thirty years, quantum field theory serves as a conceptual and methodical instrument in modern theoretical physics and has led to a structural unification of various fields. For this reason, quantum field theory should play a central role in the training of today's theoretical physicist. A wide postgraduate education in the principles and general methods of quantum field theory provides a common basis for applications in particle physics, statistical physics, gravitational and string theory as well as quantum optics.In the research training group the students learn together the theoretical foundation and acquire the necessary background, in order to be guided more specifically towards their dissertation. The main goal is to improve the efficiency in postgraduate education, by additional grouping and structuring, by avoiding redundant teaching, and by enhancing the communication between the groups involved.The program consists of a one-year basic lecture course, a choice ofadvanced courses, a student seminar, an annual workshop, as well asfrequent seminars and courses given by invited guest scientists.