Education and Employment

Education:

BS Physics, Peking University, 1982

MS Theoretical Physics, Peking University, 1985

Ph.D Theoretical Physics, Qinghua University, 1989

Employment:

Department of Physics, Tsinghua University：Lecturer(89-91),

Associate Professor, (92-96); Professor, (97-present)

Guest Reseacher, Department of Physics, Nagoya University, Japan (1994.9-1995.10)

Visiting Professor, Astrophysics and Physics Dept., Michigan State Univ.,

USA, (1999.9-2000.1)

Teaching

Undergraduate Course“Electrodynamics”(89、90、03 Autumn、91、92、93、94、96、97、98、99、00、01、02 Spring)；Undergraduate Course“Classical Mechanics”(95 Autumn)；Undergraduate Course“Particle and Nuclear Physics”(01 Spring)；Graduate Course“Selected Topics on Quantum field Theory” （97、99秋、01、02、03 Autumn,00 Spring）；Graduate Course “Quantum Field Theroy”

(04 Autumn)

Interests

Quantum Field Theory and Particle Physics.

Mainly focus on non-perturbative theory, spontaneouse symmetry breaking, hadron physics and new physics beyond standard model. Recent interests:

1.Effective Field Theroy

a. Low energy effective Lagrangian for mesons from QCD (pseudo scalar、

vector、scalar、axial vector)

b. Low energy effective Lagrangian for baryons from QCD

c. Combination of effective Lagramgian for mesons and heavy quark

effective field theory

d. Electro-weak chiral Lagrangian (without feromions, with fermions,

without light Higgs, with light Higgs)

2.Precision solution of QFT models and non-perturbative calculation on path

integral

a. Models of 2-dimensional QFT and their mutual relations

b.Calculation of fermion determinant

c. Calculation of boson determinant

d. N-dimensional QED

Awards and Membership

Awards：“Teaching Award for Young Facuties of Tsinghua Universty”, (1996)

Professional Activities:

Member of Academic Committee, Chinese Physical Society (CPS) and Institute of Theoretical Physics, CAS.

Member of Organizing Committee of CPS Fall Meeting

Member of Concil of High Energy Physics Society

Vice President of Beijing Physical Society

Selected Publications

1．Yong-Liang Ma, Qing Wang

“Anomalous Action in Gauge Invariant, Nonlocal, Dynamical Quark Model”

Phys. Lett. B560, 188 (2003)

2. Yong-Hong An, Hua Yang, Qing Wang

“Gauge and Lorentz Covariant Quark Propagator in an Arbitrary

Gluon Field”Eur. Phys. J. C29, 65(2003)

3. Hua Yang, Qing Wang, Yu-Ping Kuang and Qin Lu

“Calculation of the chiral Lagrangian

coefficients from the underlying theory of QCD: A simple approach”

Phys. Rev. D66 014019(2002)

4. Qing Wang, Yu-Ping Kuang, Hua Yang, Qing Lu

“On QCD predictions for the chiral Lagrangian coefficients”

J. Phys. G28, L55(2002)

5. Hua Yang, Qing Wang, Qin Lu

“Chiral Lagrangian from gauge invariant,nonlocal, dynamical quark model”

Phys.Lett. B532, 240 (2002)

6. Qin Lu, Hua Yang, Qing Wang

“Fermion determinant with dynamical chiral symmetry breaking”

hep-ph/0202078；Commun. Theor. Phys. 38, 185(2002)

7. Xiao-Bin Fan and Qing Wang

“Instanton Effects on Gluon Propagator”Commun. Theor. Phys. 38 ,449(2002)

8. Zhi-Min Wang and Qing Wang

“Derivation of Bosonic Part of the Electroweak Chiral Lagrangian from a

General Technicolor Theory” Commun. Theor. Phys. 36 ,417(2001)

9. Yingbin liang and Qing Wang,

“Phenomenological theory for neutral kaon system beyond effective

Hamiltonian formulation” J. Phys.G27,1(2001)

10.Xuelei Wang ， Zhi-Min Wang and Qing Wang

“Derivation of Effective Chiral Lagrangian for the Whole Nonet Pseudo

Scalar

Goldstone Boson from QCD” Commun. Theor. Phys. 34 ,683(2000)

11.Xuelei Wang and Qing Wang

“Derivation of Effective Chiral Lagrangian Involving PSGB and Vector Bosons

from QCD”Commun. Theor. Phys. 34 ,519(2000)

12.M.Xiao, X.L.Wang, Q.Wang “Derivation of Effective Lagrangian for Peudo

Scalar Goldstone Bosons” High Energy and Nuclear Phys. 24, 379(2000)

13.Y.B.Liang, Q.Wang

“Correction to Phenomenological Theory of Neutral Kaon system”

High Energy and Nuclear Phys. 24, 290(2000)

14.Qing Wang, Yu-ping Kuang, Xuelei Wang and Ming Xiao

“Derivation of the Effective Chiral Lagrangian for Pseudoscalar Mesons from

QCD” Phys. Rev.D61, 54011 (2000).

15.Shu-Quan Nie, Yu-Ping Kuang, Qing Wang and Yu-Ping Yi,

“Nonperturbative explanation of the enhancement factors in QCD

sum rule for the ρ meson” Phys. Rev. D56 1489(1997).

16.Qing Wang and A. I. Sanda,

“Neutral Kaon system re-investigated” Phys. Rev. D55 3131(1997).

17.B. Holdom and Qing Wang,

“Dynamical Perturbation Theory and the Auxiliary Field Method”

Phys. Rev. D55 3101(1997).

18.Pieter Maris and Qing Wang,

“Four-body chiral order parameters in the massless-fermion phase”

Phys. Rev. D53 4650(1996).

19.Qing Wang,

“Neither charge conjugation nor time reversal are spontaneously

broken in quantum chromodynamics” Phys. Rev. D52 7315(1995).

20.Qing Wang, Yu-Ping Kuang, Yu-Ping Yi and Tian-Fang Cai,

“Calculation of the four quark condensates in the QCD motivated

extended Nambu-Jona-Lasino model” Phys. Lett. B336 70(1994).

21.Hong-Jian He, Yu-Ping Kuang, Qing Wang and Yu-Ping Yi,

“Effective potential, renormalization, and non trivial ultraviolet fixed

point in D-dimensional four-fermion theories (2 expansion” Phys. Rev. D45, 4610(1992).

22.Hong-Jian He, Qing Wang and Yu-Ping Kuang,

“Multi loop calculation of effective action for local composite

operators” Z. Phys C45 427(1990).