Session Index

Session A
  AR0. Celebration of Plasma Physics Plenary Presentations I
Session B
  BI1. Inertial Confinement Fusion
  BI2. Rotation in Tokamaks
  BO3. Basic MHD, Turbulence, and Transport
  BO4. Laser Plasma Pulse Compression/Laboratory Astrophysics
  BO5. Nonlinear Waves, Simulation, and Modeling
  BP6. Poster Session I: Z-Pinches and High Energy Density Plasmas; Simulation and Modeling of Magnetic Confinement; Stellarators
Session C
  CI1. Magnetic Confinement I
  CT2. Tutorial: Using Space as a Nonlinear Plasma Laboratory
  CO3. NSTX and Spherical Torus
  CO4. Fast Ignition I
  CO5. Hydrodynamic Instability
  CP6. Poster Session II: Heating and Current Drive; Non-Neutral Plasmas; Basic Theory; MHD and Stability; LDX and MCX
Session D
  DI2. Plasma-Based Acceleration
Session E
  EE1. Women in Plasma Physics
Session F
  FR0. Celebration of Plasma Physics Plenary Presentations II
Session G
  GI1. Energetic Particles and MHD
  GI2. Space and Astrophysical Plasmas
  GO3. Research in Support of ITER
  GO4. Short Pulse Laser-Matter Interactions
  GO5. Hohlraum Physics
  GP6. Poster Session III: Magnetic Reconnection; Waves, Oscillations, and Instabilities; Nonlinear Phenomena, Turbulence and Transport; Magnetic Fusion Technology
Session H
  HE1. Town Meeting on Concerns for Junior Scientists
Session J
  JI1. Reconnection
  JT2. Tutorial: The Science of Spherical Tokamak Plasmas: Progress and Promise
  JO3. Alcator C-Mod, KSTAR, Ignitor
  JO4. Laser-Plasma Acceleration
  JO5. X-Pinches and Z-Pinches
  JP6. Poster Session IV: Education and Outreach; Undergraduate and High School Research; DIII-D I; HBT-EP and Other Tokamaks; Short-Pulse Laser-Matter Interactions and Equations of State for HEDP
Session K
  KI2. Warm Dense Matter and Laser-Plasma Interactions
Session L
  LE1. Student Appreciation Reception
  LE2. Town Meeting on ITER
Session M
  MR0. Celebration of Plasma Physics Plenary Presentations III
Session N
  NI1. Edge and Pedestal Physics in Tokamaks
  NI2. Intense Beams, Plasma Filaments, and Nonlinear Waves
  NO3. Magnetic Confinement II
  NO4. Laser-Plasma Interactions
  NO5. Compression and Burn I
  NP6. Poster Session V: Dusty and Low Temperature Plasmas; Basic Plasma Physics and Simulation; MST, RFX-MOD, and Reversed Field Pinch; NSTX and Spherical Torus; General Spherical Torus
  NM7. Miniconference on the Plasma Physics of the Solar Wind: From Parker (1958) to the Present I
Session P
  PT2. Tutorial: Experimental Investigation of Opacity Models for Stellar Interiors, Inertial Fusion, and High Energy Density Plasmas
  PO3. DIII-D I
  PO4. Magnetic Reconnection and Basic Plasma Properties
  PO5. Dusty and Low Temperature Plasmas
  PP6. Poster Session VI: Low Temperature Plasmas; Laser Plasma Accelerators and Coherent Sources; C-Mod; Inertial Confinement and Laser-Plasma Interactions
  PM7. Miniconference on the Plasma Physics of the Solar Wind: From Parker (1958) to the Present II
Session Q
  QI1. Shocks and Shock-Driven Phenomena in High-Energy Density Plasmas
  QI2. Education and Outreach
Session R
  RE1. DPP Business Meeting
  RE2. DPP Reception and Banquet
Session S
  SR0. Maxwell Prize Address
Session T
  TI1. Low Temperature Plasmas and Technology
  TI2. Boundaries, Fluctuations and Transport
  TO3. Electron and Ion Beams
  TO4. Long and Short Pulse Laser Matter Interactions and Transport
  TO5. Compression and Burn II
  TP6. Poster Session VII: DIII-D II; KSTAR, FDF, ITER, Diagnostics; FRC and Spheromak; Basic Turbulence and Transport; Gyrokinetics
  TM7. Miniconference on the Plasma Physics of the Solar Wind: From Parker (1958) to the Present III
Session U
  UI1. Basic Plasma Experiments
  UT2. Tutorial: Use of Non-Axisymmetric Shaping in Magnetic Fusion
  UO3. Diagnostics and Target Fabrication
  UO4. High Energy Density Plasmas and Warm Dense Matter
  UO5. Low Temperature Plasmas and Electric Propulsion
  UP6. Poster Session VIII: Astrophysical and Space Plasmas; Laboratory Astrophysics; Beams, Coherent Radiation and Computation; Basic Plasma Experiment; Divertors, Edge Physics, and Fuelling
  UM7. Miniconference on the Plasma Physics of the Solar Wind: From Parker (1958) to the Present IV
Session V
  VI2. Current Drive
Session X
  XR0. Celebration of Plasma Physics Plenary Presentations IV
Session Y
  YI1. Fast Ignition II
  YI2. Transport and Zonal Flows
  YO3. Astrophysical and Space Plasmas
  YP6. Poster Session IX: Inertial Confinement Fusion and HEDP Experiments, Diagnostics and Drivers; Supplemental; Postdeadline
Session Z
  ZR1. Door Prize Drawing

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