A. Basic Plasma Physics

• A1 Basic plasma physics, discharge physics
• A2 Space plasma, Astrophysical plasma
• A3 Highenergydensity science, Quantum beam
• A4 Extremely nonequilibrium plasmas
• A5 Waves, instabilities, flow, and acceleration in plasmas
• A6 Plasma diagnostics
• A7 Atomic and molecular processes, elementary surface processes
• A8 Nonneutral plasma, complex plasma
• A9 Plasma sources, ion sources
• A10 Datadriven plasma science
• A11 Others
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• 昨年からの変更点：A3に量子ビームを追加

B. Applications

• B1 Plasma sources and monitoring for industry
• B2 Deposition and surface treatments
• B3 Etching
• B4 Nanotechnology
• B5 Life sciences
• B6 Environment and energy
• B7 Novel applications and cross-disciplinary fields
• B8 Others

C. Fusion Plasma

• C1 Equilibrium・Stability
• C2 Confinement・Transport・Turbulence
• C3 Heating・Current drive・High energy particle physics
• C4 Scrape-off layer・Divertor physics
• C5 Steady state operation・Control
• C6 Measurement・Diagnostics
• C7 High beta・Compact system physics
• C8 Inertial fusion・High energy density plasma
• C9 Others
• ----
• 昨年からの変更点：C8に慣性核融合と高エネルギー密度プラズマをまとめる

D. Fusion Engineering

• D1 Reactor Design
• D2 Magnets
• D3 Blankets (including Blanket Materials)
• D4 Divertor/Plasma Facing Components (including Divertor Materials)
• D5 Heating and Current Drive System
• D6 Fuel Systems and Tritium
• D7 Safety and Maintenance
• D8 Socioeconomics and Sociology of Fusion Reactors
• D9 Neutronics and Neutron Sources
• D10 Measurements and Control
• D11 Others