Education and Employment

Education: BS Metal Physics, Lanzhou University, 1993

MS Theoretical Physics, Lanzhou University, 1996

DS Optical Physics, Shanghai Institute of Optics and fine Mechanics,CAS,1999

Employment:

Department of Physics,Tsinghua University, Postdoc(1999-2001);

Department of Physics,Tsinghua University, Assistant Researcher(2001-2003);

Department of Physics,Tsinghua University, Associate Professor (2003.12-)

Teaching

Graduate Course¨Applied Quantum Mechanics〃(2002 Autumn-present) http://www.phys.tsinghua.edu.cn/new/graduate_plan.htm

Undergraduate Course "Quantum Mechanics and Statistical physics "(2007 Spring-present)

Graduate Course¨Quantum Optics〃(2002 Autumn-present)

Interests

Research interests are

1 Quantum optics in some special environments.

a. Atomic radiation and quantum coherent phenomena in special environments

(special medium, boundary, and electromagnetic environment)

b. Electromagnetically-induced transparency,nonlinear optics at low light

level,coherent information storage and coherent control

2 Artificial Photonic materials

a. coherent control of surface plasmons.

b. Quantum metamaterials.

3 Physics of intense-laser-plasma interactions

a. The propagation of ultra-short intense laser pulse in plasmas and

related nonlinear phenomena; nonlinearity from relativistic effects, etc

b. Particle acceleration by intense laser in plasmas or in vacuum.

4 Superconducting Quantum interference Devices

Awards and Membership

Special Referee of "Chinese Physics Letters", "Chinese Physics", etc.

Selected Publications

1.Chunguang Du, Qingli Jing, and Zhengfeng Hu， Coupler-free transition from light to surface plasmon polariton,Phys. Rev. A 91（1）, 013817 （2015）

2. Ming Gao, Fu-Chuan Lei, Chun-Guang Du, and Gui-Lu Long，Self-sustained oscillation and dynamical multistability of optomechanical systems in the extremely-large-amplitude regime,Phys. Rev. A 91(1), 013833 （2015）

3. Hu Zheng-Feng; Du Chun-Guang; etc., Transient responses of transparency in a far-off resonant atomic system,CHINESE PHYSICS B 23 (5), 054204 (2014)

4. Jing Qing-Li; Du Chun-Guang; Gao Jian-Cun, New application of surface plasmon resonance-measurement of weak magnetic field,ACTA PHYSICA SINICA 62(3), 037302 (2013)

5.Du, Chunguang，Quantum surface plasmon resonance system based on electromagnetically induced transparency,

APPLIED PHYSICS A-MATERIALS SCIENCE & PROCESSING 109（4） 797-803 （2012）

6.Du, CG; Chen, HY; Li, SQ

Stable and bistable SQUID metamaterials

J. Phys.: Condens. Matter 20 (2008) 345220

7. Du, CG; Chen, HY; Li, SQ

Quantum left-handed metamaterial from superconducting quantum-interference devices

PHYSICAL REVIEW B, 74 (11): Art. No. 113105 SEP 2006

8. Fang, YF; Du, CG; Li, SQ

Quntum interference of four-level atomic system embedded in photonic band gap structure

ACTA PHYSICA SINICA, 55 (9): 4652-4658 SEP 2006

9. Hu, ZF; Du, CG; Wang, YZ

Buffer-gas-induced narrowing of electromagnetically induced transparent spectra for an open system

JOURNAL OF MODERN OPTICS, 53 (4): 513-523 MAR 10 2006

10. Hu, ZF; Wang, Y; Du, CG; et al.

Quantum interference effects of two coherent population trapping states on the atomic spectral lines of a F-e=0 -> F-g=1 transition

JOURNAL OF PHYSICS B-ATOMIC MOLECULAR AND OPTICAL PHYSICS, 38 (11): 1719-1726 JUN 14 2005

11. Du, CG; Hu, ZF; Li, SQ

Reservoir-induced transparency and coherent population trapping

JOURNAL OF OPTICS B-QUANTUM AND SEMICLASSICAL OPTICS, 6 (7): 263-268 JUL 2004

12. Zhou, B; Du, CG; Li, SQ

Slow light by modified reservoir induced transparency with a non-singular density of modes

CHINESE PHYSICS LETTERS, 21 (5): 856-859 MAY 2004

13. Du, CG; Hu, ZF; Li, SQ

Transient properties of atomic coherence induced by an nonsingular-DOM reservoir

OPTICS COMMUNICATIONS, 233 (1-3): 139-147 MAR 15 2004

14. Hu, ZF; Du, CG; Li, SQ

Nonadiabatic effects on population transfer of two Bose-Einstein condensates induced by atomic interaction

CHINESE PHYSICS, 12 (7): 708-713 JUL 2003

15. Hu, ZF; Du, CG; Li, SQ

Light-induced nonlinear effects on dispersion relation of ultracold Bose gas

CHINESE PHYSICS, 12 (4): 403-407 APR 2003

16. Du, CG; Hou, CF; Hu, ZF; et al.

Atomic coherence via an nonsingular-DOM reservoir

PHYSICS LETTERS A, 307 (4): 196-201 FEB 3 2003

17. Hu, ZF; Du, CG; Li, DJ; et al.

Atomic interaction effects on electromagnetically induced transparency and slow light in ultracold Bose gas

CHINESE PHYSICS LETTERS, 19 (12): 1805-1807 DEC 2002

18. Hu, ZF; Du, CG; Li, DJ; et al.

Stimulated Raman adiabatic population transfer of two Bose-Einstein condensates

CHINESE PHYSICS LETTERS, 19 (9): 1234-1237 SEP 2002

19. Hou, CF; Jiang, YY; Yuan, BH; et al.

Incoherently coupled soliton pairs in photorefractive polymer

OPTICAL MATERIALS, 19 (3): 377-381 MAY 2002

20. Du, CG; Li, SQ

Dephasing time of a positron accelerated by a laser pulse

CHINESE PHYSICS, 11 (4): 375-378 APR 2002

21. Du, CG; Hu, ZF; Hou, CF; et al.

Transparency and strong gain without population inversion in photonic bandgap crystals

CHINESE PHYSICS LETTERS, 19 (3): 338-341 MAR 2002

22. Hou, CF; Du, CG; Abdurusul; et al.

Manakov soliton pairs in biased photovoltaic photorefractive crystals

CHINESE PHYSICS LETTERS, 19 (1): 63-65 JAN 2002

23. Hou, CF; Du, CG; Abdurusul; et al.

Incoherently coupled bright-dark soliton pairs in biased centrosymmetric photorefractive media

CHINESE PHYSICS LETTERS, 18 (12): 1607-1609 DEC 2001

24. Hou, CF; Abdurusul; Du, CG; et al.

Spatial solitons in photorefractive organic polymers

ACTA PHYSICA SINICA, 50 (11): 2159-2165 NOV 2001

25. Du, CG; Li, SQ

Optical multistability from a squeezed vacuum in the presence of quantum interference

AUSTRALIAN JOURNAL OF PHYSICS, 53 (5): 689-696 2000

26. Du, CG; Li, SQ

Positive-particle acceleration by a short laser pulse in a plasma

JOURNAL OF THE PHYSICAL SOCIETY OF JAPAN, 69 (8): 2498-2502 AUG 2000

27. Du, CG; Xu, ZZ

Positron acceleration by a laser pulse in a plasma

PHYSICS OF PLASMAS, 7 (5): 1582-1585 Part 1 MAY 2000

28 Hu Huang, Chunguang Du, and Shiqun Li,《Progress in Modern Physics》（the second edition）Chap.17 （298-317）introduction to photonic crystals, Tsinghua University Press, Dec. 2009, P.R.China.