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Helsinki Accelerator Laboratory

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    • Atomic level phenomena in advanced materials
    • Defects in semiconductors
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Research

graphical repsetantion of model system calculations

Atomic level phenomena in advanced materials

Advanced materials can be defined in a broad sense as materials that show superior or new properties compared with the conventional ones...
PAS instrumentation

Defects in semiconductors

Charge localization (trapping) phenomena in semiconducting and insulating crystalline solids are central to the function of all present and...
Effects in materials within fusion reactor environment

Fusion materials

Fusion energy is one of the most promising concepts for energy production, for the increasing need for electricity. By combining two light...
Hall 1 detail

Ion-Matter interactions

The areas of research with the ion beam analysis are the physical processes taking place in solid matter during and after irradiation of...
materials simulation illustration

Fundamentals of radiation effects in materials

  The laboratory has a long track record of studying the theory of radiation effects in materials. Since the 1990's, we have been...
Illustration of simulation of materials behavior under extreme conditions

Materials for Accelerator Technology

The frontiers of high-energy particle physics require new and more powerful accelerators which produce electron or proton beams with...
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Publications

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