Zhiguo-WANG Professor
School of Physics Science and Engineering, TongjiUniversity,Shanghai, 200092,China Telephone: 86-21-65988821(O) Email: zgwang@mail.tongji.edu.cn
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1999---2001 Post-Doctoral, Department of Physics,Tongji University, Shanghai, China
1995---1998 Ph.D, Department of Physics,Shanghai Jiaotong University,Shanghai, China
1987---1990 MA, Department of Physics,Henan Normal University,Henan Province, Xinxiang city, China
1981---1985 BS, Department of Physics,Henan University,Henan Province, Kaifeng city, China
2001--- Present (Associate) Professor, School of Physics Science and Engineering (Department of Physics), Tongji University, Shanghai City, China
Apr. 2004---Sep.2004 Short time research fellow,University of California, San Diego, US
1999--- 2001 Post-Doctor,Tongji University,Shanghai City,China
Jul.2000---Aug.2000 Research fellow, the Abdus Salam ICTP,Trieste, Italy
1990--- 1999 lecturer, Zhengzhou Textile Industrial Institute, Zhengzhou City,Henan Province, China
1985--- 1987 Assistant, Zhengzhou Grain college, Zhengzhou City, Henan Province, China
Current Teaching:
· Undergraduate Courses: Quantum Mechanics (Spring)
· Graduate Courses: Advanced Electrodynamics, Advanced Quantum Mechanics
Current research fields:
1. Researched on the optical propagation in quasi-one-dimensional photonic crystals. Designed and fabricated waveguide modulator electrode with microelectronic technologies: mask design, photolithography, deposition, sputtering, etching, electroplating.
2. Researched on strongly correlated electron systems, low dimensional physics, quantum magnetism and conformal field theory. Investigated areas within theories of superconductivity and analyzed physical properties of high temperature superconductors.
3. Developed and applied theoretical models and formalisms to discuss the coherence of electron tunneling between interacting, correlated electron systems. Designed numerical algorithms to calculate energy spectrum and wave functions for edge and bulk electron states in quasi-one-dimensional systems in magnetic fields.