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Personal Information

Bang-Fen Zhu
bfz@mail.tsinghua.edu.cn
Chinese, English
Beijing

Academic Information

Tsinghua University
Physics
  • 1970 - BSc in Engineering Physics from Tsinghua University
  • 1981 - MSc in Solid State Physics from Tsinghua University
  • 1981-1987 - Assistant Researcher at the Institute of Semiconductors, Chinese Academy of Sciences
  • 1988-1989 - Associate Researcher at the Institute of Semiconductors, Chinese Academy of Sciences
  • 1989-2000 - Researcher at the Institute of Semiconductors, Chinese Academy of Sciences
  • 2000.1-2003.4 - Professor at Tsinghua University Advanced Research Center
  • 2003.4- - Visiting Professor at Tsinghua University
  • 2003.4-2010.8 - Professor and Department Head, Department of Physics, Tsinghua University
  • 2008.1-2010.8 - Dean of the School of Sciences, Tsinghua University
  • 1993: Second Prize, National Natural Science Award for the theory of electronic states and phonon modes in semiconductor superlattices
  • 2004: Second Prize, National Natural Science Award for theoretical studies on the physical properties of semiconductor nanostructures
  • 1989: First Prize, Chinese Academy of Sciences Natural Science Award for superlattice electronic state theory
  • 1990: Second Prize, Chinese Academy of Sciences Natural Science Award for optical phonon modes and Frohlich potential in semiconductor superlattices and quantum wells
  • 1995: Second Prize, Chinese Academy of Sciences Natural Science Award for microscopic theory of Raman scattering in semiconductor superlattice quantum wells
  • 1995: Distinguished Young Scholar Award from the Hong Kong Qiu Shi Science and Technologies Foundation
  • 1995: First Prize, Eighth National Science and Technology Book Award for the book 'Physics of Semiconductor Superlattices'

Research

Physics of confined small quantum systems
Semiconductor spintronics
Multibody theory of ultrafast processes in semiconductors
  • Phonon Modes and Raman Scattering in GaAs-GaAlAs, Bang-fen Zhu and K. A. Chao, 1987
  • Long Wavelength Optic Vibrations in a Superlattice, Kun Huang and Bang-fen Zhu, 1988
  • Optical Phonon Modes in Superlattices, Bang-fen Zhu, 1988
  • Dielectric Continuum Model and Frohlich Interaction in Superlattices, Kun Huang and Bang-fen Zhu, 1988
  • Optical Phonon Modes and Frohlich Potential in 1D Quantum Well Wires, Bangfen Zhu, 1991
  • Exciton Mediated Raman Scattering in Multiple Quantum Wells, Bang-fen Zhu, Kun Huang and Hui Tang, 1989
  • Microscopic Theory of Optical Phonon Raman Scattering in Quantum Well Systems, Kun Huang, Bang-fen Zhu and Hui Tang, 1990
  • Raman scattering in superlattice under an electric field, Hui Tang, Bang-fen Zhu and Kun Huang, 1990
  • Effect of Disorders on Optical Phonon Raman Spectra in SiC Nanorods, S.L. Zhang, B.F. Zhu, F.M. Huang, Y. Yan, E.Y. Shang, S.S. Fan, W.G. Han, L. d. Zhang, G.W. Men, 1999
  • Comparison of Cooling rates of Hot Carriers in GaAs/AlAs based on Macroscopic and Microscopic Phonon models, Jian-zhong Zhang, Bang-fen Zhu, Kun Huang, 1999
  • Effect of isotope on Phonon spectra in single-wall carbon nanotubes, Yong-qiang Cheng, Shu-yun Zhou and Bang-fen Zhu, 2005
  • Influence of longitudinal electric field on the hot phonon effect in quantum well, Jian-zhong Zhang and Bang-fen Zhu, 2006
  • Optical-phonon scattering and theory of magneto-polarons in a quantum well in a strong magnetic field, Yu Chen, N. Regnault, R. Ferreira, Bang-fen Zhu and G. Bastard, 2009
  • Effect of Valence-Band Hybridization on the Exciton Spectra in GaAs-GaAlAs Quantum Wells, Bang-fen Zhu and Kun Huang, 1987
  • Oscillator Strength and Optical Selection Rule of Excitons in Quantum Wells, Bang-fen Zhu, 1988
  • Exciton Spectra in GaAs/GaAlAs Quantum Wells in an Externally Applied Electric Field, Bang-fen Zhu, 1988
  • Inversion Asymmetry, Hole Mixing, and Enhanced Pockels Effect in Quantum Wells, Bang-fen Zhu and Y. C. Chang, 1994
  • In-plane optical anisotropy in asymmetric Si1-xGex/Si/Si1-yGey superlattices, Rong Yu, Bang-fen Zhu and Qi-ming Wang, 2001
  • Metal-to-semiconductor transition in squashed armchair carbon nanotubes, Jun-Qiang Lu, Jian Wu, Wenhui Duan, Feng Liu, Bang-Fen Zhu, Bing-Lin Gu, 2003
  • Enhanced quantum confined Pockels effect in SiGe superlattices, Pu Yu, Jian Wu, and Bang-Fen Zhu, 2006
  • Temperature Dependence of the Low-Field Mobility of Miniband Conduction in Superlattices, Kun Huang and Bang-fen Zhu, 1992
  • Self-Consistent Treatment of 3D-2D and 2D-2D Resonant Tunneling in Double-Barrier Structures, Bang-fen Zhu and Kun Huang, 1993
  • Effects of electron-phonon interaction on non-equilibrium transport through single-molecule transistor, Zuo-zi Chen, Rong Lv, Bang-fen Zhu, 2005
  • Tunable Fano effect in parallel-coupled double quantum dot system, Hai-zhou Lu, Rong Lv, Bang-fen Zhu, 2005
  • Phonon-assisted Kondo Effect in a Single-Molecule Transistor out of Equilibrium, Zuo-zi Chen, Rong Lv, Bang-fen Zhu, 2006
Keywords
Quantum Dots Nanoclusters Nanotubes Electron Structure Phonon Modes Electron-Phonon Interaction Optical Properties Raman Scattering Exciton Effects Device Applications Spin Electronics Spin Transport Spin Coherence Spin Relaxation Spin Detection Magnetic Semiconductors Spin Manipulation Spin-Based Devices Quantum Computing Spin Qubits Ultrafast Processes Quantum Interference Lattice Relaxation Bloch Oscillations Strong Thz Laser Physics Non-Equilibrium Carriers Phase Coherence Decoherence Many-Body Effects Carrier Transport
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