The course "Many-Body Physics" provides a formal introduction to the theoretical tools and conceptual frameworks necessary for describing interacting systems that underlie much of modern condensed matter physics, quantum chemistry, nuclear physics, and even aspects of high-energy physics. 

Methodologically, the course is built around the path integral approach to many-body physics. Rather than developing operator-based perturbation theory as the primary tool, we will formulate the many-body problem in terms of functional integrals over coherent states of bosonic and fermionic (Grassmann) fields.
【詳見課程綱要】
 

開課單位：電物碩
授課教師：科契諾 教師
上課時間/教室：M567-SC159[GF]

備註

This course provides a graduate-level introduction to quantum many-body physics with a strong emphasis on path-integral and functional-integral methods. Rather than treating functional integrals as an auxiliary reformulation of operator many-body theory, the course develops them as a central calculational and conceptual framework.​​​​​​​