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Are you fascinated by controlling magnetic matter by femtosecond laser pulses, eager to explore the underlying physical mechanisms, and passionate to develop a generic tool to ‘print’ complex
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features on chips. The required 13.5-nm radiation is generated from plasma that is produced from tiny tin droplets that are heated by powerful laser pulses. At ARCNL, we are now thinking about light sources
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behaviour of (new) materials and molecules. This is achieved by exposing them to extreme conditions, including very high magnetic fields and powerful free-electron lasers. HFML-FELIX operates an international
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powerful laser pulses. At ARCNL, we are now thinking about light sources that radiate at even shorter wavelengths below 13.5 nm, which could open up a host of applications in future nanolithography
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, molecular and transcriptomic analyses, laser-capture microdissection, and the generation and characterization of lipid nanoparticles. You will work in an interdisciplinary environment combining expertise in
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continuous operation. This is what you will do With our team, you will finish building our zero-deadtime clock and make it work. This includes integrating complex laser systems, optics, electronics, debugging
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. The project builds on a recent work by the host group [Keijsers et al., Nature Photon. 19, 733 (2025)], where signatures of a phase transition were observed in the nonlinear response of a laser-driven optical
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equilibrium using femtosecond laser pulses and mid-/far-infrared excitation, directly targeting the crystal lattice as the origin of magnetic frustration. Time-resolved magneto-optical imaging then enables
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advanced molecular imaging technologies, including MALDI Mass Spectrometry Imaging (MALDI-MSI), DESI-MSI, transmission-mode MALDI-MSI, Nanoscale SIMS, Laser MicroDissection (LMD) and high-resolution mass
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; Proven competence on flow measurement techniques and PIV; Familiarity with optics, lasers, image processing and statistical data analysis Familiarity with flow modelling techniques (CFD) or machine