Session Index

Session A
  AR1. Review: Realizing Steady State Tokamak Operation for Fusion Energy
Session B
  BI2. Reconnection in Laboratory and Space
  BI3. Advances in Tokamaks: Core and Edge Physics
  BO4. Magnetic Confinement Theory, Simulation and Modeling
  BO5. Hohlraum Physics
  BO6. Microwaves, Compton Scattering and Accelerator Physics
  BP8. Poster Session I: Plasma Sources and Boundaries; Gyrokinetics and Turbulence; Complex, Non-neutral and Other Novel Plasmas
  BM9. Mini-Conference on Innovative Magnetic Mirror Concepts and Applications I
Session C
  CI2. Accelerators, Beam Dynamics and Radiation
  CT3. Tutorial: Flow driven MHD Instabilities in Weakly Magnetized Laboratory Experiments: Dynamos and MRI
  CO4. DIII-D Tokamak
  CO5. Equation of State, Strength, and Hydrodynamics
  CO6. Magnetic Reconnection and Turbulence
  CO7. Low Temperature Plasmas I
  CP8. Poster Session II: Diagnostics, Heating, Current Drive; Diagnostics, Laser Plasma Interactions, and Fast Ignition
  CM9. Mini-Conference on Innovative Magnetic Mirror Concepts and Applications II
Session D
  DI3. Gyrokinetic Theory and Simulation
Session E
  EE1. Panel Discussion: Tools Needed to Survive in Science
  EE2. University Fusion Association General Meeting, including Town Meeting on DOE Research Needs Workshops
  EE3. Town Hall Meeting on the High Energy Density Laboratory Plasma Research Needs Workshop
Session F
  FR1. Review: Ion Acceleration using Ultra-high Intensity Lasers
Session G
  GI2. Micro and Low-temperature Plasmas
  GI3. Islands, Kinks and Sawteeth
  GO4. C MOD Tokamak
  GO5. Z-pinches, X-pinches, and Dense Plasma Focus
  GO6. Laser Acceleration and Transport; Radiation and FELs
  GP8. Poster Session III: ITER, General Tokamak, Simulation and Modeling; MHD, Linear and Nonlinear Phenomena; Waves and Instabilities in Basic Plasmas
  GM9. Mini-Conference on Unsteady Reconnection in Laboratory and Nature I: Reconnection Rate and Dynamics
Session H
  HE1. Town Meeting on Concerns of Junior Scientists
Session J
  JI2. ICF Compression, Equations of State and Z-pinches
  JT3. Tutorial: Verification and Validation for Magnetic Fusion: Moving Toward Predictive Capability
  JO4. NSTX Spherical Torus
  JO5. Laser-plasma Coupling at Long Scale Lengths
  JO6. Waves, Turbulence, and Boundary Effects in Laboratory and Space Plasmas I
  JP8. Poster Session IV: Education and Outreach; Undergraduate and High School Research; DIII-D Tokamak II; Laser and Plasma Based Accelerators
  JM9. Mini-Conference on Unsteady Reconnection in Laboratory and Nature II: Impulsive Reconnection and Onset
Session K
  KI3. Turbulent Transport Measurement and Modeling
Session L
  LE2. Town Meeting: A Conversation with Dr. Steven Koonin, Undersecretary for Science, Department of Energy
Session M
  MR1. Review: Physics Progress of Reversed Field Pinch Magnetic Confinement
Session N
  NI2. ICF Capsules and Rayleigh-Taylor Instability
  NI3. Plasma Rotation and Helical Equilibria
  NO4. International Tokamak Research and ITER
  NO5. Fast Ignition
  NO6. Complex Plasmas
  NP8. Poster Session V: Electron and Ion Beams and Radiation Generation; Low Temperature Plasmas; Pinches, Equations of State, and Simulations; Edge
  NM9. Mini-Conference on Unsteady Reconnection in Laboratory and Nature III: 3D Reconnection and Diffusion Region
Session P
  PI2. Tokamak Physics: Edge, Scrape-off Layer and Wall
  PT3. Tutorial: ICF Ignition: The Lawson Criterion, and Comparison with MFE Ignition
  PO5. High-intensity Short-pulse Laser Plasma Interactions
  PO6. Waves, Turbulence, and Boundary Effects in Laboratory and Space Plasmas II
  PP8. Poster Session VI: C-Mod; NSTX and General Spherical Torus; Simulation and Modeling of Basic Plasma Phenomena
  PM9. Mini-Conference on Unsteady Reconnection in Laboratory and Nature IV: Turbulence and Multiple Reconnections
Session Q
  QI3. ICF and Ignition
Session R
  RE1. DPP Business Meeting
  RE2. Reception and Banquet
Session S
  SR1. Maxwell Prize Address: Taming Magnetically Confined Plasmas with RF Waves: A Historical Perspective
Session T
  TI2. Flows and Turbulence in Laboratory and Space
  TI3. RF in Tokamaks and ITER
  TO4. Laser Wakefield Accelerators and Radiation Sources
  TO5. ICF Simulations and Target Fabrications
  TO6. Laboratory Astrophysics
  TO7. Shock Ignition, Diagnostics, and X-ray Sources
  TP8. Poster Session VII: DIII-D Tokamak III; MST, RFP, and Stellarator; Magnetic Reconnection; Magneto-Inertial-Fusion
Session U
  UI2. Laser Wakefield Acceleration and Solid Target Interactions
  UI3. Basic Plasmas: Novel Plasmas in Laboratory and Space
  UO4. Research In Support of ITER
  UO5. Compression and Burn
  UO6. Basic Plasma Phenomena: Theory and Simulation
  UO7. Magneto Inertial Fusion & Neutron Generation
  UP8. Poster Session VIII: Alternates; Turbulence, Transport, and Stability; Space and Astrophysical Plasmas
Session W
  WR1. Review: Applied Spectroscopy in Pulsed Power Plasmas
Session X
  XI2. High Energy Density Physics and High Performance Capsule Implosions
  XI3. Energetic Particles
Session XP
  XP8. Poster Session IX: Supplemental and Post-Deadline Posters
Session Y
  YR1. Door Prize Drawing

Sessions by a Sponsor