High-intensity and short-time light pulses impact on the research of fusion technologies

Development of alternatives of fusion technologies by inertial confinement, characterization of the plasma.

High-intensity and-short-time light pulses impact on the research of photovoltaic process

Ultrafast laser facilities with very fine time resolution to unravel obstacles in the photo-generation cycle.

High-intensity and-shorttime light pulses impact on the future materials forlow power electronics

Ultrafast laser and attosecond laser to study new materials for low power electronics.

High-intensity and short-time light pulses impact on the study of plastic degradation and household waste

Determination of plastic degradation products by laser spectroscopy. Laser-based spectroscopic techniques for multimodal analysis of household waste for better recycling.

Opportunity for better understanding and treatment of diseases

High-resolution imaging of biological structures occurring in cancer at a macroscopic level to be addressed by novel laser sources.

Opportunity for better understanding and treatment of diseases

Enhanced tumour control and reduced side effects, in particular optimised proton and heavy-ion therapy plants and innovative laser-driven particle sources.

Intense and coherent light sources with different time structure for social and cultural sciences

Spectroscopy, imaging: analysis of samples of the cultural and natural heritage.

Open data resources and management for investigation of light-matter interactions

Metadata and data on extremely powerful laser sources, atto-second pulses, nuclear spectroscopy and particle acceleration by the intense optical field.