General
Zheng-Chuan Wang, Professor
Email: wangzc@ucas.ac.cn
Telephone: 010-88256280
Address: physics department
Postcode: 100049
Email: wangzc@ucas.ac.cn
Telephone: 010-88256280
Address: physics department
Postcode: 100049
Research Areas
Theoretical Physics: Spintronics; Single molecule magnet; Mesoscopic physics and nano devices;Geometric phase
Education
9,1996~7,1999, Ph.D. Theory of Condensed Matter Physics; Geometric
Phase.
Institute of physics, Chinese Academy of Sciences.
9,1993~7,1996, M.S. Quantum Field Theory and It’s Topological Properties.
Department of Physics, Lanzhou University.
9,1989~7,1993 B.S.E. Theoretical Physics.
Department of Physics, Lanzhou University.
Experience
Work Experience
9,1999~7,2001 Post doctor
The AC Transport Theory in Mesoscopic Spin-Valve
System.
The Graduate School of Chinese Academy of Sciences.
Teaching Experience
6,2013~present Professor
7,2001~6,2013 Associate Professor
The Transport Theory in Mesoscopic system
The Graduate School of Chinese Academy of Sciences.
Teaching courses: <<The frontier problems in quantum mechanics>>,
<< Nonquilibrium ststisticsl physics >>
Publications
Papers
1 Zheng-Chuan Wang “The Boltzmann equation for a spinor distribution function with spinor momentum at Feimi level”, Euro.Phys. Jour.B, 85 (2012)303.
2.Wang Zheng-Chuan, “The Spinor Boltzmann equation with two momenta at the Fermi level”, Comm. Theor. Phys., 58(2012)909.
3..Kun hua Zhang, Zheng-Chuan Wang, Qing Rong Zheng, Gang Su, “Gate-Voltage controlled electronic transport through FM/N/FM junction on the surface of topologica insulator”，Phys.Rev.B, 86, 174416(2012)..
4.Zheng-Chuan Wang, “The Matching Conditions For The Distribution Functions of Boltzmann Equation in Nonequilibrium Transport”, Jour. Modern. Physics. 4(2013)19.
5.Zheng-Chuan Wang, “The spinor Boltzmann equation beyond gradient approximation”, Euro.Phys. Jour.B, 8(2013)30729.
6.Zheng-Chuan Wang, “The role of detector in which-way experiment”,Journal of quantum information science,3(2013)20.
7. Zheng-Chuan Wang, “Expectation value in Bell’s theorem”,Journal of basic and applied physics,2(2013)1.
8. Zheng-Chuan Wang, “The generalized Jarzynski’s equality”,Nano Science-nano technology, 7(2013)123.
9..Sun Chun-Yang and Wang Zheng-Chuan, “Out-of-Plane torque influence on magnetization switching and susceptibility in magnetic multilayers”, Chinese Physics Letters 27, No.7, 077501(2010).
10.Li-Zhi Zhang , Zheng-Chuan Wang and Gang su, “Spinor Boltzmann-Poisson equation and application to spin-dependent transport in magnetic multilayers”, European Physical letters 88 , 47003(2009).
11.Li-Zhi Zhang and Zheng-Chuan Wang, “Analytical solution of the Boltzmann-Poisson equation and its application to MIS tunneling junctions”, Chinese Physics b18, No.7, 2975(2009).
12.Wang Zheng-Chuan and P. M. Levy, “Quantum corrections for Boltzmann equation”, Science in China Series G, vol51, No.9, 1187(2008).
13.Wang Zheng-Chuan, “Unitary transformation in quantum teleportation”, Commun. Theo. Phys 46 (2006)857.
14. .Zheng-Chuan Wang and Gang Su, “An analytical approach to the thermoelectric transport in a mesoscopic conductor”, Commun. Theo. Phys. 44, 735 (2005).
15. Zheng-Chuan Wang and Gang Su, “An analytical approach to spin-dependent transport in a mesocopic magnetic conductor”, Phys.Rev.B68, 024421（2003）.
16. Zheng-Chuan Wang, Gang Su, Ling Li and Jie Gao, “Differential conductance and quantum capacitance in a mesoscopic conductor: An analytical approach”, Commun. Theo. Phys. 43, 539 (2005).
17. Zheng-Chuan Wang, Gang Su, Ling Li and Jie Gao, “Effect of geometric phase on the spin-polarized electron tunneling”, Jour.Phys.Cond.Matt.16, 1(2004).
18. Zheng-Chuan Wang, Ling Li and Jie Gao, “Effect of Geometric Phase on the quantization of SAW-induced acoustoelectric current”, Phys.Lett.A331, 337 (2004).
19. Zheng-Chuan Wang, Ling Li and Jie Gao, “Electron-electron interactions in the quantum dot induced by the surface acoustic wave”, Mod.Phys.lett.B18, 1029 (2004).
20.Zheng-Chuan Wang, Gang Su and Qing-Rong Zheng, “Spin dependent low frequency and weakly nonlinear electrical transport in spin polarized tunneling junctions”, Phys.Rev.B64, 014407 (2001).
21.Zheng-Chuan Wang, Gang Su and Song Gao, “Spin dependent thermal and electrical transport in a spin valve system”, Phys.Rev.B63, 224419 (2001).
22.Zheng-Chuan Wang, Gang Su, Qing-Rong Zheng and Bao-Heng Zhao, “Spin tunneling in ferromagnet-insulator-ferromagnet Junctions”, Phys.Lett.A 277, 47 (2000).
23.Zheng-Chuan Wang, Qing-Rong Zheng, Gang Su and Bao-Heng Zhao, “Low frequency and weakly nonlinear spin transport in ferromagnet /insulator single and double junctions”, Euro. Jour. Phys.B19, 589 (2001).
2.Wang Zheng-Chuan, “The Spinor Boltzmann equation with two momenta at the Fermi level”, Comm. Theor. Phys., 58(2012)909.
3..Kun hua Zhang, Zheng-Chuan Wang, Qing Rong Zheng, Gang Su, “Gate-Voltage controlled electronic transport through FM/N/FM junction on the surface of topologica insulator”，Phys.Rev.B, 86, 174416(2012)..
4.Zheng-Chuan Wang, “The Matching Conditions For The Distribution Functions of Boltzmann Equation in Nonequilibrium Transport”, Jour. Modern. Physics. 4(2013)19.
5.Zheng-Chuan Wang, “The spinor Boltzmann equation beyond gradient approximation”, Euro.Phys. Jour.B, 8(2013)30729.
6.Zheng-Chuan Wang, “The role of detector in which-way experiment”,Journal of quantum information science,3(2013)20.
7. Zheng-Chuan Wang, “Expectation value in Bell’s theorem”,Journal of basic and applied physics,2(2013)1.
8. Zheng-Chuan Wang, “The generalized Jarzynski’s equality”,Nano Science-nano technology, 7(2013)123.
9..Sun Chun-Yang and Wang Zheng-Chuan, “Out-of-Plane torque influence on magnetization switching and susceptibility in magnetic multilayers”, Chinese Physics Letters 27, No.7, 077501(2010).
10.Li-Zhi Zhang , Zheng-Chuan Wang and Gang su, “Spinor Boltzmann-Poisson equation and application to spin-dependent transport in magnetic multilayers”, European Physical letters 88 , 47003(2009).
11.Li-Zhi Zhang and Zheng-Chuan Wang, “Analytical solution of the Boltzmann-Poisson equation and its application to MIS tunneling junctions”, Chinese Physics b18, No.7, 2975(2009).
12.Wang Zheng-Chuan and P. M. Levy, “Quantum corrections for Boltzmann equation”, Science in China Series G, vol51, No.9, 1187(2008).
13.Wang Zheng-Chuan, “Unitary transformation in quantum teleportation”, Commun. Theo. Phys 46 (2006)857.
14. .Zheng-Chuan Wang and Gang Su, “An analytical approach to the thermoelectric transport in a mesoscopic conductor”, Commun. Theo. Phys. 44, 735 (2005).
15. Zheng-Chuan Wang and Gang Su, “An analytical approach to spin-dependent transport in a mesocopic magnetic conductor”, Phys.Rev.B68, 024421（2003）.
16. Zheng-Chuan Wang, Gang Su, Ling Li and Jie Gao, “Differential conductance and quantum capacitance in a mesoscopic conductor: An analytical approach”, Commun. Theo. Phys. 43, 539 (2005).
17. Zheng-Chuan Wang, Gang Su, Ling Li and Jie Gao, “Effect of geometric phase on the spin-polarized electron tunneling”, Jour.Phys.Cond.Matt.16, 1(2004).
18. Zheng-Chuan Wang, Ling Li and Jie Gao, “Effect of Geometric Phase on the quantization of SAW-induced acoustoelectric current”, Phys.Lett.A331, 337 (2004).
19. Zheng-Chuan Wang, Ling Li and Jie Gao, “Electron-electron interactions in the quantum dot induced by the surface acoustic wave”, Mod.Phys.lett.B18, 1029 (2004).
20.Zheng-Chuan Wang, Gang Su and Qing-Rong Zheng, “Spin dependent low frequency and weakly nonlinear electrical transport in spin polarized tunneling junctions”, Phys.Rev.B64, 014407 (2001).
21.Zheng-Chuan Wang, Gang Su and Song Gao, “Spin dependent thermal and electrical transport in a spin valve system”, Phys.Rev.B63, 224419 (2001).
22.Zheng-Chuan Wang, Gang Su, Qing-Rong Zheng and Bao-Heng Zhao, “Spin tunneling in ferromagnet-insulator-ferromagnet Junctions”, Phys.Lett.A 277, 47 (2000).
23.Zheng-Chuan Wang, Qing-Rong Zheng, Gang Su and Bao-Heng Zhao, “Low frequency and weakly nonlinear spin transport in ferromagnet /insulator single and double junctions”, Euro. Jour. Phys.B19, 589 (2001).
Research Interests
Spintronics; Single molecule magnet; Mesoscopic physics and nano devices
; Geometric phase in physics.
; Geometric phase in physics.
Students
已指导学生
张礼智 硕士研究生 070201-理论物理
孙春阳 硕士研究生 070201-理论物理
张潇 硕士研究生 070201-理论物理
周洁 硕士研究生 070201-理论物理
杨渊 博士研究生 070205-凝聚态物理
杨超 博士研究生 070201-理论物理
王亚茹 博士研究生 070205-凝聚态物理
现指导学生
鹿猛猛 硕士研究生 070201-理论物理
朱激扬 硕士研究生 070201-理论物理
许晓通 博士研究生 070205-凝聚态物理