Lecture 01: Chern number and Berry curvatures (Niu)
                  
Topology and Geometry (Gao)
Lecture 02: New dynamics of Bloch particles (Niu)
                  
Bloch states and Geometry (Gao)
Lecture 03: Pumping and Polarization (Niu)
                  
Quantum Hall effect (Gao)
Lecture 04: Magnetic moment and magnetization
                  
Topological Insulators and Semiclassical theory (Gao)
Lecture 05: Artificied Gauge fields and parametric forces
                  
magneto-electronics and Weyl semimetals
Lecture 06: Thermal transport and statisticed forces
                  
The geometric phase in optical phenomena
Lecture 07: Geodynamics in deformed crystals
                  
Spacetime crystals and artificial gravity (Li)
Lecture 10: Nonlinear quantum systems
                  
Non-Hermitian systems (Li)