Research activities in our laboratory are focused on the following areas:

Simulation:

•	Parallel simulation of rarefied gas dynamics in materials processing, vacuum technology, hypersonic flows, microscale and nanoscale gas flows;
•	Parallel simulation of plasma physics in materials processing, field emission, plasma backlight source for TFT-LCD and plasma display panel;
•	Parallel simulation of the classical molecular dynamics (now) and the quantum molecular dynamics (CPMD) (future) in nanoscale phenomena, materials processing and bio-medical applications;
•	Parallel simulation of the Poisson-Boltzmann equation for the electrostatic distribution of the colloidal system (now) and the macromolecular system (future).
•	Parallel simulation of the density functional theory (DFT) using FEM for the ground and excited state of atoms and molecules
•	Computational electromagnetics using FEM .