LASERLAB-EUROPE AISBL
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Today, Laserlab-Europe is an association of 48 leading laser research infrastructures in 22 European countries, going far beyond the membership in joint transnational access and technology projects. While Lasers4EU remains a central pillar, the association’ s reach is amplified through a robust portfolio of EU-funded initiatives. The RIANA project connects 69 facilities to provide cutting-edge nanoscience and nanotechnology tools, while ReMade @ ARI focuses on characterising sustainable materials to support the circular economy. In the biological and medical fields, nanoSCAN develops 3D imaging for cancer immunotherapy and fastMOT creates high-efficiency sensing cameras for deep body imaging. The association also prioritises technical innovation through projects like THRILL, which advances high-repetition-rate intense laser technologies.
Finally, Laserlab-Europe maintains a commitment to international solidarity and infrastructure coordination. For instance through the EURIZON project, which specifically supported Ukrainian researchers and institutions. This multifaceted approach ensures that the association remains at the heart of European photonics, driving both scientific discovery and societal impact.
To conclude, Lasers4EU exemplifies the power of European cooperation, providing unparalleled access to advanced tools that drive both scientific and technological discovery. These achievements underscore the value of shared infrastructures in tackling complex global challenges. The project’ s success is a testament to the strong framework provided by Laserlab-Europe AISBL, which ensures sustained excellence regardless of shifting funding priorities. By integrating emerging technologies and strengthening industrial links, the consortium ensures that Europe maintains its leading role in the global photonics landscape.
More information on https:// laserlab-europe. eu / and https:// lasers4. eu /.
STAFF EXCHANGE
A recent staff exchange supported by the project has for instance strengthened collaboration between the Centre for Ultrafast Science and Biomedical Optics( CUSBO) at Politecnico di Milano and the Institute of Molecular Sciences of Orsay( ISMO).“ The exchange confirmed that integrated photonic devices can effectively upgrade conventional microscopy setups into super-resolution instruments. At the same time, it played a key role in establishing shared experimental protocols and defining follow-up activities for the development of integrated optical systems for nanoscopy,” says Andrea Bassi, one of the CUSBO participants.
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