International Conference on Plasma Sciences

1.0  Basic Processes in Fully and Partially Ionized Plasmas
    1.1  Basic Phenomena
    1.2 Computational Plasma Physics
    1.3 Space Plasmas
    1.4 Partially ionized Plasmas
    1.5 Dusty Plasmas and Strongly Coupled Plasmas
    1.6 Plasma Chemistry

2.0  Microwave Generation and Plasma Interactions
    2.1  Intense Beam Microwave Generation
    2.2 Fast-Wave Devices
    2.3 Slow-Wave Devices
    2.4 Vacuum Microelectronics
    2.5 Codes and Modeling
    2.6 Non-Fusion Microwave Systems
    2.7 Microwave Plasma Interaction

3.0 Charged Particle Beams and Sources
    3.1  Plasma, Ion and Electron Sources
    3.2 Intense Electron Ion Beams
    3.3 Advanced concepts, novel materials, and new applications

4.0  High Energy Density Plasmas and Applications
    4.1  Fusion (Inertial, Magnetic and Alternate Concepts)
    4.2  Particle Acceleration with Laser and Beams
    4.3  Radiation Physics & X-ray Lasers
    4.4 High Energy Density Matter
    4.5  Laser Produced Plasmas
    4.6 Fast Z pinches
    4.7 Plasma Material Interactions

5.0  Industrial, Commercial and Medical Plasma Applications
    5.1 Nonequilibrium Plasma Applications
    5.2 High-Pressure and Thermal Plasma Processing
    5.3 Plasma Thrusters
    5.4  Environmental and Industrial Applications
    5.5 Medical and Biological Applications

6.0  Plasma Diagnostics
    6.1  Optical, X-ray and Microwave Diagnostics
    6.2  Particle Diagnostics
    6.3 Electrical (Probe) Diagnositcs

7.0  Pulsed Power and Other Plasma Applications
    7.1  Insulation and Dielectric Breakdown
    7.2  Opening and Closing Switches
    7.3  Generators and Applications
    7.4  Compact Pulsed Power and Applications

8.0  Terahertz Sources, Radiation and Applications
    8.1 THz Spintronics
    8.2 THz Bio
    8.3 THz Communication
    8.4 THz Optics
    8.5 THz Metamaterials
    8.6 THz Spectroscopy and Imaging
    8.7 THz Electronic Devices
    8.8 Quantum Cascade Lasers