## Plenary speakers

Meyer-ter-Vehn (Alfvén Prize lecture) | Basic studies into high power laser plasmas: from laser fusion to laser accelerators | I1.001 |

Saibene | Qualification of the ITER baseline operating scenario in JET | I1.002 |

Wark | Saturable absorption of Intense XUV radiation, and a novel form of warm dense matter | I1.003 |

Fletcher | Flaring energy releases | I1.004 |

Marode (Innovation in Plasma Science Prize lecture) | Physics and applications of atmospheric non thermal air plasma with reference to environment | I2.021 |

Van de Sanden | Thin film deposition for photovoltaics: from fundamentals to industrial application | I2.022 |

Brandenburg | Dynamo theory | I3.044 |

Angioni | Particle transport in tokamak plamas, theory and experiment | I3.060 |

Chabrier | Plasma physics relevant to Jovian-like planets | I4.043 |

Ebert | Sprite discharges, terrestrial gamma-ray flashes and their counterparts in the lab | I4.059 |

Morfill | Complex plasmas: from plasma physics to interdisciplinary research | I5.075 |

Silva | Laser electron acceleration towards the energy frontier: theory and full scale simulations | I5.076 |

White | Nonlocal transport in the Reverse Field Pinch | I5.083 |

Atzeni | Building the Principles of Inertial Fusion through Theory, Experiments and Simulation | I5.084 |

De Grassie | Toroidal Rotation - Sources, Transport, and Sinks in Tokamak Plasmas | I5.085 |

## Invited speakers

Beurskens | Pedestal identity studies in JET, DIII-D and AUG and implications for ITER | I1.005 |

Puiatti | Helical equilibria and magnetic structures in Reversed Field Pinch and analogies with Tokamak and Stellarator | I1.006 |

Wolfrum | Investigation of H-mode pedestal physics in ASDEX Upgrade | I1.007 |

Estrada | Physics of sheared flows and transitions to improved confinement regimes in the TJ-II stellarator | I1.008 |

Malka | Laser plasma accelerator: experimental aspects of colliding laser pulses approach | I1.009 |

Karsch | Stable laser-wakefield electron acceleration - beam control and applications | I1.010 |

Willi | Particle and x-ray generation by irradiation of gaseous and solid targets with a 100TW laser pulse | I1.011 |

Ter-Avetisyan | Characterization and control of ion sources from ultra-short high-intensity laser-foil interaction | I1.012 |

Turner | Electron heating in capacitive discharges | I1.013 |

Czarnetzki | Collisionless wave damping in Neutral Loop Discharge | I1.014 |

Kaganovich | Nonlocal collisionless and collisional electron transport in low temperature plasmas | I1.015 |

Marmolino | Stochastic heating of dust particles in laboratory and space plasmas | I1.016 |

Dieckmann | The filamentation instability driven by warm electron beams: statistics and electrostatic field generation | I1.017 |

Pohl | Non-equilibrium dynamics of ultra-cold plasmas | I1.018 |

Chapman | Plasmas as complex systems - distinguishing models using the data | I1.019 |

Tynan | Basic plasmas in linear machines | I1.020 |

Hobirk | Improved Confinement in JET hybrid discharges | I2.023 |

Huysmans | 3D non-linear MHD simulations of Edge Localised Modes ELMs | I2.024 |

Nardon | ELM control by resonant magnetic perturbations on MAST | I2.025 |

Martines | Current filaments in turbulent magnetised plasmas | I2.026 |

Levy | X-ray absorption for the study of warm dense matter | I2.027 |

Riley | WDM probed by XRTS: experiments and calculations | I2.028 |

Norman | Nonequilibrium nonideal nanoplasma generated by a fast single ion in condensed matter | I2.029 |

Roth | Proton isochoric heating of matter under XRTS | I2.030 |

Klumov | 3D complex plasmas: experiments vs simulations | I2.031 |

Castaldo | Interactions and dynamics of magnetized, metallic dust particles in tokamak plasmas | I2.032 |

Neyts | Modeling of hydrocarbon plasmas for nanoparticle formation and the growth of carbon nanostructures | I2.033 |

Foest | Miniaturized atmospheric pressure plasma jet APPJ – characterization of operational regimes | I2.034 |

Verwichte | Diagnostics of low-beta plasmas using MHD waves: applying MHD spectroscopy/seismology to magnetic fusion experiments and to solar corona | I2.035 |

Amari | Coronal Mass Ejections Theory and Simulation | I2.036 |

Velli | Solar wind turbulence | I2.037 |

Coppi | High Energy Plasmas, General Relativity and Collective Modes in the Vicinity of Black Holes | I2.038 |

Lütjens | Non-linear full MHD modelling of core MHD in tokamaks | I2.039 |

Vaivads | Magnetic reconnection in space plasmas | I2.040 |

Amendt | Electric field and ionization-gradient effects on ICF implosions | I2.041 |

Azechi | Advanced Target Design for the Fast Ignition Realization Experiment FIREX Project | I2.042 |

Paley | Real time plasma control using electron cyclotron systems on TCV | I3.045 |

Pegourié | Recent results on the fuelling and plasma control by pellet injection, application to ITER | I3.046 |

Smith | Runaway electron generation in tokamak disruptions | I3.047 |

Osakabe | Fast-ion confinement studies of the neoclassical optimized configuration on the Large Helical Device | I3.048 |

Pautasso | Disruption studies in view of ITER | I3.049 |

Ribeyre | Shock ignition: target design and robustness | I3.050 |

Theobald | Advanced Ignition Concepts Exploration on OMEGA | I3.051 |

Cherfils | Progress in the design of ICF targets | I3.052 |

Blagoev | Modelling of plasma breakdown | I3.053 |

O'Connell | Dynamics of ionization in high-frequency driven plasmas | I3.054 |

Van Rooij | Thomson scattering at Pilot-PSI and Magnum-PSI | I3.055 |

Dolag | Cosmological simulations | I3.056 |

Giovannini | Radio observation of extra galactic magnetic fields | I3.057 |

Tsagas | Simulation of cosmic magnetic fields | I3.058 |

Rohde | Wall-retention of Deuterium and gaseous impurities in all thungsten AUG | I4.061 |

Bell | Plasma Response to Lithium-Coated Plasma-Facing Components in the National Spherical Torus Experiment | I4.062 |

Perez | Fast electron transport in cylindrically laser-compressed matter | I4.063 |

Sherlock | Absorption of relativistic laser pulses on multiple energy scales | I4.064 |

Guaitella | Mechanisms of filamentary plasma/catalyst coupling for air treatment | I4.065 |

Hatakeyama | Novel Gas-Liquid Interfacial Plasmas Basic Properties and Applications to Nano-Bio Material Creation | I4.066 |

Phelps | Free electron maser modelling and experiments | I4.067 |

Serbeto | Quantum plasma fluid model for high-gain free-electron lasers | I4.068 |

Newman | Mechanisms for non-diffusive radial transport across sheared zonal flows in ITG turbulence" | I4.069 |

Roach | Gyrokinetic simulations of turbulence in spherical tokamaks | I4.070 |

Bell | Particle acceleration in supernova remnants | I4.072 |

Loupias | Propagation of laser-induced plasma jets in ambiant gas media | I4.073 |

Fujioka | Laboratory spectroscopy of silicon plasmas photoionized by mimic astrophysical compact object | I4.074 |

Lauber | Damping and drive of Alfven eigenmodes at ASDEX-Upgrade | I5.077 |

De Vries | Identity physics experiments on Internal Transport Barriers in JT-60U and JET | I5.078 |

Caillard | Low-temperature plasma processing techniques applied to fuel cell technology | I5.079 |

Cartry | Plasma surface interaction with applications to ITER | I5.080 |

Bingham | Dark matter | I5.081 |

Drury | The highest energy particles in the universe; how does Nature beat CERN? | I5.082 |

The invited talks will be published in a special issue of Plasma Physics and Controlled Fusion