Our Activities

• Electronic States, Structural Stabilities, and Collective Motions in Semiconductor Superlattices and their Applications to Novel Devices
• Nonlinear Optical Effects in Quantum Wells and Wires
• Superconducting Proximity Effect and Application to Electronic Devices
• Quantum Simulation of Charged Particles and Application to Inertial Confinement Plasmas
• Structure and Correlation Characteristics of lon Clusters and Dust Particles in Plasma Processes
• Quantum Simulations of Interfaces of Semiconductors and Ceramics and Their Applications to Nano Devices
• Structure and Mechanical Properties of Nanophase Materials via Large-scale Molecular Simulations
• Electronic Structure of Metallic Clusters and Applications to Electronic Devices
• Parallel Algorithms for Large-scale Molecular Simulations
• Computer Algorithms and Visualization for Large-scale Materials Simulations
• Theory of Structural Phase Transition in Ferroelectrics
• Basic Theory for Material Design of Ferro/Antiferroelectrics

  PDF files of our activity p.1 and p.2

• Our PC-Cluster Systems (April, 2005)