Physics of Space: Growth Points and Problems

Inhaltsverzeichnis

• A Critical Review of Sun-Space Physics.
• Acceleration and Transport of Energetic Charged Particles in Space.
• Various Regimes of Cosmic Ray Diffusion in Turbulent Magnetic Fields.
• Non Gaussian and Non Local Transport in the Earth’s Distant Magnetotail.
• Acceleration and Transport of Particles in Collisionless Plasmas: Wakes due to the Interaction with Moving Bodies.
• Observational Evidence of Dissipative Small Scale Processes: Geotail Spacecraft Observation and Simulation of Electrostatic Solitary Waves.
• Instabilities and Formation of Coherent Structures.
• Magnetic Turbulence and Ion Dynamics in the Magnetotail.
• Statistical Mechanics of Stable States Far from Equilibrium: Thermodynamics of Turbulent Plasmas.
• Magnetic Field Line Transport in the Heliosphere and Energetic Particle Propagation from Corotating Interaction Regions to High Heliographic Latitudes.
• Magnetic Field Line Transport in Anisotropic Magnetic Turbulence: Anomalous, Quasilinear, and Percolative Regimes Versus the Kubo Number.
• Damping Effects on Parametric Decays of Alfvén Waves.
• Radio Wave Propagation in the Corona and the Interplanetary Medium.
• Summary of Session 1 : Fundamental Processes in Space Physics from Macroscopic to Microscopic Scales.
• Some Physical Processes in Dusty Plasmas.
• Shear Induced Phenomena in Dusty Plasma Flows.
• Generation of Supercooled Strongly-Coupled Plasma by Artificial Injection into Space.
• Supernovae Rayleigh-Taylor Instability Experiments on the CEA-Phébus Laser Facility.
• A Simulation Method for Semicollisional Plasmas.
• On the Magnetic Energy Avalanche in the Solar Atmosphere.
• Hydrodynamics of the Solar Wind Expansion.
• Kinetic Models of Solar and Polar Winds.
• On the Exospheric Approach for the Solar Wind Acceleration.
• Electron Temperature in the SolarWind from a Kinetic Collisionless Model: Application to High-Latitude Ulysses Observations.
• Core, Halo and Strahl Electrons in the Solar Wind.
• A Fokker-Planck Approach for the Expansion of the Fast Solar Wind: Why and How?.
• Heliopause and Asteropauses.
• Turbulence and Waves in the Solar Wind Formation Region and the Heliosphere.
• Jets from Young Stars and Compact Objects Environments.
• Radio Pulsars — What is to be Done.
• Basics of Rotating Magnetospheres: Equilibrium and Stability.
• The Physics and Chemistry of Sputtering by Energetic Plasma Ions.
• The Atmosphere of Io: Abundances and Sources of Sulfur Dioxide and Atomic Hydrogen.
• Two-Dimensional Non-Linear Alfvén Wings Generated by the Electrodynamic Interaction between Callisto and the Jovian Magnetosphere.
• Magnetically-Driven Planetary Radio Emissions and Application to Extrasolar Planets.
• Radio Observations of Ions in Comet Hale-Bopp.
• Rapid Measurements of Solar Wind Ions with the Triana Plasmag Faraday Cup.
• Quasi-Thermal Noise Diagnostics in Space Plasmas.
• Quasi-Thermal Noise Spectra Measured by a Dipole Antenna in the Upper Hybrid Frequency Band.
• Rosetta Mission Mutual Impedance Probe Modelling: The Short and Long Debye Length Plasma Cases.
• Analytical Approach to Calculate Quasi-Thermal Noise Spectrum in Irregular Plasma.
• Correlation Dependences Determined by Simultaneous Multispacecraft Observations of Solar Wind and IMF Structures.
• Developments in Jovian Radio Emissions Tomography and Observations Techniques.
• Radio Observations of Filaments at Metric and Decimetric Wavelengths.
• Decametric Sounding of Near Earth Plasma: Correlation and Fractal Analysis of Scintillation Data.
• The Heliosphere after Ullysses.
• Major Unsolved Problems in Space Plasma Physics.
• The Future of Space Science in the21st Century.
• List of Participants.