Welcome to Hae June's Homepage

Resume : PDF .

Education and Career

Assistant Professor

Pusan National University , S. Korea. (Mar. 2004 - present)

Research Scientist

Center for Advanced Accelerator, KERI (Dec. 2001 - Feb. 2004)
Post-doctoral researcher

Plasma Application Modeling Group , POSTECH (June 2001 - Nov. 2001).
Post-doctoral researcher

Plasma Theory and Simulation Group, UC Berkeley (Jan. 2000 - May 2001).
Post-doctoral researcher

Basic Science Research Institute, POSTECH (Sep. 1998- Jan. 2000)
Working for Prof. J. K. Lee in Plasma Theory and Simulation Group
Ph.D. in Physics, POSTECH (1998).

M.S. in Physics, POSTECH (1996).

B.S. in Nuclear Engineering, Seoul National University (1994).

Research Interests (Theory and Simulation)

Efficiency enhancement of a PDP discharge (March 2004 -)

Simulation of laser-plasma interactions (December 2001 -) : electron and photon accelerations by laser wake fields
Development of 3d charge-up simulation for plasma process induced damage (PPID) (September 2001 -)
Radiation transport in a plasma display panel cell (May 2001 -)
Development of 1d xoopic code for the simulation of laser pulse amplification and plasma wake fields (November 2000 -)
Radiation transport in fluorescent lamp discharges (January 2000 -)
Coupled-Cavity Traveling Wave Tube (CCTWT) simulation (February 2000 - December 2000)
2-D Kinetic and fluid simulation of Plasma Display Panel (PDP) cell (August 1999 - January 2000 )
Nonlinear dynamics and chaos in low temperature plasmas :

Theory and simulation of beam-plasma interacting systems. Instabilities, nonlinear dynamics
(self-oscillation and chaos), double layer formation, and solitons in electron (or ion) beam
injected systems such as a Pierce diode, thermionic discharge plasmas, and a double-plasma
system. (January 1996 - January 2000 )
Nonneutral plasmas :

2-D Particle-in-Cell simulation for a diocotron instability, vortex formation and merging in
magnetized pure electron plasmas. (September 1998 - January 2000)
Dust plasmas :

2-D Particle-in-Cell simulation for ion-dust acoustic waves, instabilities.
(June 1998 - February 1999)
Gas discharge physics and the simulation of plasma source devices for material processing

such as ICP/TCP, Helicon, LAPS, etc. (1994 - 1997)
Global modeling of a pseudospark discharge device for an intense electron beam source
(1994-1995)

Publications

Skills/Others