Postdoctoral Research Fellow in Adaptive optics ultrafast laser-matter interaction

Mission

Within the faculty of engineering (STI), the Galatea Laboratory explores novel paradigms to tailor material properties locally using lasers. Our research involves three main clusters: understanding and exploring laser‑matter interaction phenomena, investigating new manufacturing processes based on 3D direct‑write laser methods, and exploring novel concepts of multi‑scale systems based on single monolith. The lab features state‑of‑the‑art laser facilities and infrastructure for pioneering research.

The Galatea Lab is located in the vibrant Neuchâtel campus of EPFL, part of Microcity, an ecosystem focused on micro‑technologies. We are looking for a post‑doc to investigate advanced wavefront shaping methods based on adaptive optics applied to nonlinear laser‑matter interaction.

• Define relevant research and experimental plans, sustained with theoretical considerations and knowledge of the relevant literature.
• Conduct experiments and analyze data.
• Report and disseminate the research outcome in journal publications and at international conferences.
• Interact and collaborate with other lab members as well as with industrial partners.
• Occasionally supervise undergraduate students (bachelor or master levels).
• Contribute to laboratory operations through shared duties.

• You recently obtained a PhD in optics, applied physics or related fields with a strong knowledge of optics.
• You have experience in adaptive optics as well as hands‑on experience with optical setups involving lasers.
• You have a keen interest in research in the field of nonlinear optics, ultrafast lasers and/or laser‑matter interaction.
• You are independent, creative, solution‑oriented, flexible and a team‑player.

• Opportunity to contribute to cutting‑edge emerging research topics.
• Opportunity to work in an established multidisciplinary lab in ultrafast laser‑matter interaction and advanced manufacturing processes, as well as optomechanical designs.
• Opportunity to access state‑of‑the‑art research facilities and laboratory resources.
• Opportunity to collaborate with world‑leading research groups through international collaborations.
• Opportunity to interact with multidisciplinary projects with strong links to industry and spin‑offs.
• EPFL is an equal‑opportunity employer. Candidates will be recruited solely based on merit.

For any further information contact: prof. Yves Bellouard – yves.bellouard