Postdoctoral Position in Plasmonic Crystals for Solar Energy

Research coupled plasmonic oscillations in metallic micro- and nanostructures, aiming at broad bands of extraordinary optical transmission for solar-energy and building-envelope technologies. Work combines numerical modelling, material fabrication and experimental optical characterization, with publications, collaboration and student supervision. The initial one-year appointment may be renewed subject to organizational needs and resources. The expected start is 1 May 2027, with an alternative by agreement.

PhD in micro/nanotechnology, physics, optics, materials science, energy or a related quantitative field, and relevant experience in nanostructured-material modelling, preparation and characterization. Techniques include sputtering, lithography, FDTD, ellipsometry and surface spectroscopy. English is required; French is useful. Apply online by 30 November 2026 with CV, motivation letter, diplomas and recommendation letters.