Beijing
University, China
,
Theoretical
nuclear & particle physics, M.Sc., July 1988
Beijing
University, China
, Physics,
B.Sc., July 1985
08/2007-present
Associate
Professor of Physics, University of
North Carolina Wilmington
08/2001-07/2007
Assistant
Professor of Physics, University of
North Carolina Wilmington
01/2001-07/2001
Postdoctoral Research Scholar, University of Kentucky, resident at
Jefferson Lab
1998-2000
Postdoctoral
Research Scholar, Hampton University, resident at Jefferson Lab
1992-1997
Research Assistant, TRIUMF Particle Research Laboratory, Vancouver,
Canada
1991-1993
Teaching Assistant, University of
Manitoba, Winnipeg, Canada
1988-1991
Instructor
of Physics, Beijing University, Beijing, China
1985-1988
Research
Assistant, Beijing University,
Beijing, China
1998-present
Jefferson Lab
· Active member of Hall B PrimEx collaboration (the experiment to measure the p0 lifetime via the Primakoff effect). Extensively involved in the design and development of a high-resolution multi-channel hybrid calorimeter. Played a major role in the development and construction of the pair spectrometer.
· Played a leading role in the development of the proposal, Precision Measurements of Electromagnetic Properties of Pseudoscalar Mesons at 12 GeV via the Primakoff Effect. Presented this experimental program at PAC18 in July 2000. PAC recommended addressing this subject in the executive summary of the CEBAF 12 GeV upgrade white paper as one of the major physics programs for Jlab future plans.
· Worked on development of a fission fragment detector for hypernuclei experiment.
· Undertook substantial responsibility for the hypernuclear spectroscopy experiment (E89-009) in Hall C. Responsible for beam energy control. Conducted Monte Carlo simulations on the missing mass, coincidence timing, target temperature and spectrometer optics to optimize experimental setup.
· Participated in other Hall C experiments on the pion form factor, inclusive and exclusive measurements in the nucleon resonance region and GEn form factor measurements at Jlab.
1991-1997
TRIUMF Particle Research Laboratory and BNL
·
Involved
in design, development and testing of new Microstrip Gas Chambers.
Developed and implemented software to reconstruct the trajectory of
particles in scintillating fiber arrays viewed by Image Intensifier Tubes to
study the formation of double L
hypernuclei.
·
Participated
in H particle research experiments and double L
hypernuclei
experiment at BNL. Responsible for
maintenance and calibration of TOF detector system.
Analyzed H particle research data (E813) as Ph.D. thesis
project.
·
Participated
in the n-p elastic charge symmetry breaking experiment at TRIUMF. Calculated the
neutron beam energy and polarization profile at the target position.
·
Developed
a Monte Carlo program to simulate and study the properties of the TRIUMF neutron
beam.
1985-1988 Beijing
University, Beijing, China
·
Studied
the EMC effect in the deep inelastic neutrino-nuclei scattering using both the
on-shell and off-shell models.
·
Studied
the quark effect in the nuclear weak interaction by using Joint Possessing Quark
model and MIT bag model; calculated the width of L non-mesonic
decay in different hypernuclei; Published a paper on this topic that won an
award from Beijing University.
08/2007-present Associate professor, North Carolina University at Wilmington
·
Teach
undergraduate physics courses. Supervise
the introduction physics labs.
08/2001-07/2007 Assistant professor, North Carolina University at Wilmington
·
Teach
undergraduate physics courses. Supervise
the introduction physics labs.
1991-1993
Teaching assistant, University
of Manitoba, Winnipeg, Canada
·
Assisted
in instruction of graduate and undergraduate courses.
1988-1991
Physics
instructor, Beijing University, Beijing, China
·
Taught
Mechanics, General Physics, Topics of Modern Physics, Atomic Physics, Elementary
and Intermediate Physics Laboratory to undergraduate students.
·
Designing
and selecting undergraduate experimental programs. Created opportunities for
students to explore the problems with creative and hands-on approaches.