The Administrative Committee of the Research Unit of the Association and the University of Thessaly organized the ''Second School on Fusion Physics and Technology'' in Volos from 22 to 27 May 2003. During this 5-day school, the research activities of the Greek members of the Association were presented and a series of lectures were given by a number of Greek experts on fusion to an audience of 20 graduate students and young scientists. In order of presentation, the following talks were given:

• A. Grecos: Introduction to Magnetofluidmechanics
• Th. Grammenos: Introduction to Electrodynamics and Plasma
• L. Vlachos: Plasma Kinetic Theory
• A. Anastasiadis: Cellular Automata
• G. Throumoulopoulos: Ideal Magnetohydrodynamics and Equilibrium States
• G. Vekinis: Fusion Technology – Materials
• J. Vomvoridis: Electromagnetic Plasma Waves
• I. Tigelis: Propagation of Microwaves in Waveguides
• G. Throumoulopoulos: Dynamic stabilization of wall Instabilities
• D. Bartlett: Prospects of the Fusion Programme
• K. Hitzanidis: Nonlinear Phenomena in a Plasma
• N. Tsois and M. Tsalas: Experimental Devices - Diagnostics
• G. Poulipoulis: Plasma Equilibrium with Reversed Magnetic Shear and Flows.
• A. Maragos, Z. Ioannidis and I. Tigelis: Wave Propagation in Corrugated Rectangular Guide
• G. Latsas, Z. Ioannidis, G. Anastasiou, N. Dasyras and I. Tigelis: Numerical Code for Propagation Characteristics in Lossy Corrugated Cylindrical Wavequide
• Z. Ioannidis, S. Mallios, I. Paraskevopoulos and I. Tigelis: Wave Propagation in Coaxial Cavities
• J. Pagonakis: Numerical Simulation of Nonunifor Electron Beam in Gyrotron Beam Tunnel
• K. Avramides: Electron Interaction with High-frequency fields in Coaxial Gyrotron Cavity
• Ch. Tsironis: Anomalous Diffusion during the Nonlinear Interaction of a Space Charge Wave
• N. Vlachos, I. Sarris and D. Feidaros: Computational Methods in Magnetofluid Dynamics
• D. Valougeorgis, G. Breyiannis and S. Narris: Lattice Boltzmann Methods for MHD Flows
• I. Sarris, G. Zikos and S. Kakarantzas: MHD Models for Natural Convection Flows
• N. Pelekasis: Hydrodynamic Stability and MHD flows
• P. Lalousis: High Temperature Plasma Models
• St. Papastergiou: Introduction to the Physics & Technology of JET-ITER and their relevance