Session Index

Session A
  AR1. Review: Plasma Techniques Used to Trap Antihydrogen
Session B
  BI2. Basic and Dusty Plasmas
  BI3. The National Ignition Campaign
  BO4. NSTX and Spherical Torus
  BP9. Poster Session I: Magnetic Reconnection I; Plasma Astrophysics Theory; Laboratory Plasma Astrophysics; MST and Other Reversed Field Pinches; Laser and Beam Driven Acceleration
  BM10. Mini-conference on Nonlinear Effects in Geospace Plasmas I
Session C
  CI2. Pedestal Control With 3D Fields
  CT3. Tutorial: Beams, Brightness, and Background-Using Spectroscopy Techniques for Precision Measurements in Fusion Plasma Research
  CO6. Hohlraum and X-ray Cavity Physics
  CO7. Laser Wakefield Acceleration
  CO8. Compression and Burn I
  CP9. Poster Session II: Waves, Turbulence and Flow; Non-Neutral & Dusty Plasma I; Field Reversed Configuration and Spheromaks
  CM10. Mini-conference on Nonlinear Effects in Geospace Plasmas II
Session D
  DI3. Magnetic Reconnection and Astrophysical Plasmas
Session E
  EE1. University Fusion Association General Meeting
Session F
  FR1. Review: The Plasma Physics of Astrophysical Jets and Accretion Disks
Session G
  GI2. DPP/GEC Joint Session: Low Temperature Plasmas I
  GI3. Plasma Turbulence
  GO4. DIII-D Tokamak
  GO5. Shocks and HED Laboratory Astrophysics
  GO6. Z Pinches
  GO7. Particle Beams and Accelerators
  GO8. High Intensity Laser Plasma Interactions
  GP9. Poster Session III: Fundamental Theory and Modeling I; ITER and Magnetic Fusion Development; Plasma Confinement Configurations & Stellerator; ICF and HED Plasmas, Simulations, Hydrodynamic Instability
Session H
  HE1. Town Meeting on Concerns for Junior Scientists
Session J
  JI2. 3D Equilibrium, Stability and Control
  JT3. Tutorial: The Physics of Ignition Scale Hohlraums and ICF Implosions: When does size matter?
  JO4. C-Mod Tokamak
  JO5. Waves, Turbulence and Transport
  JO6. Fast Ignition - Experiment
  JO8. ICF Diagnostics: X-ray
  JP9. Poster Session VI: Education/Outreach; Undergrad/High School Research; Solar, Interplanetary, and Magnetospheric Plasma Physics; Divertors, Edge Physics/Fueling, Simulation/Modeling of Magnetic Conf.; Mini-Conf. on Understanding Astrophysical Dynamos I
  JM10. Mini-conference on Understanding Astrophysical Dynamos I
Session K
  KI3. ICF Simulations
Session L
  LE1. Student Appreciation Reception
  LE2. USBPO Town Meeting on ITER Status
Session M
  MR1. GEC Foundation Talk
Session N
  NI2. Transport of Momentum and Particles
  NI3. Z-pinches and ICF
  NO4. Research in Support of ITER
  NO5. Dusty, Complex, and Strongly Coupled Plasmas
  NO6. ICF Diagnostics: Nuclear
  NO7. Laser Ion Acceleration
  NO8. EOS and IFE
  NP9. Poster Session V: Magnetic Reconnection II, Fundamental Theory and Modeling II, Flow; MFE Heating & Current Drive; Laser Plasma Interactions and Fast and Shock Ignition
  NM10. Mini-conference on Understanding Astrophysical Dynamos II
Session P
  PI2. Pedestal, SOL and Divertor
  PI3. Beams, Traps, and Radiation
  PO4. Reversed Field Pinch
  PO5. Magnetic Reconnection: Theory, Experiment, and Astrophysical Applications
  PO6. Hydrodynamic Instabilities
  PO7. DPP/GEC Joint Session: Low Temperature Plasmas II
  PO8. Compression and Burn II
  PP9. Poster Session VI: General and NSTX Spherical Torus; Other ICF and HEDP Physics and Diagnostics; Pinches, Plasma Focus, CRASH; Low Temperature Plasmas
  PM10. Mini-conference on Understanding Astrophysical Dynamos III
Session Q
  QT3. Fields Medalist Tutorial: Landau Damping
Session R
  RE1. DPP Business Meeting
  RE2. DPP Reception and Banquet
Session S
  SR1. Maxwell Prize Address: Dusty Plasmas - Kinetic Studies of Coupling Phenomena
Session T
  TI2. Turbulence and Thermal Transport
  TI3. HEDP and Laboratory Astrophysics
  TO4. ITER and MFE Physics
  TO6. Fast Ignition - Simulations
  TO7. Coherent Radiation Sources
  TO8. Laser Plasma Coupling
  TP9. Poster Session VII: DIII-D I; Theory, Turbulence II, Non-neutral and Dusty Plasma II; Magneto Inertial Fusion; MFE Diagnostics & General Tokamak; Mini-conference: Dense Quantum Plasma Simulation
Session U
  UI2. Particle Acceleration and Short Pulse Lasers
  UT3. Tutorial: Physics of Tokamak Disruption Simulations
  UO5. Solar Wind, Magnetosphere, and Plasma Astrophysics Theory
  UO6. Shock Ignition and Laser Plasma Instabilities
  UO8. ICF Simulations and Magneto-inertial Fusion
  UP9. Poster Session VIII: C-Mod Tokamak; DIII-D II; Solar, Interplanetary, and Magnetospheric Plasma Physics; Plasma Technology;
  UM10. Mini-conference: Dense Quantum Plasma Simulation I
Session V
  VI3. Tokamak Disruption Physics; Stellarator Progress
Session X
  XR1. Review: Laser Plasma Accelerators
Session Y
  YI2. Tokamak Advanced Scenarios, Postdeadline Invited
  YI3. ICF Physics; Postdeadline Invited
  YP9. Poster Session IX: Beams and Coherent Radiation; Supplemental Posters; Post-Deadline Posters
  YM10. Mini-conference: Dense Quantum Plasma Simulation II
Session Z
  ZR1. Door Prize Drawing

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