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new sustainable femtosecond laser nanomanufacturing process to overcome the challenges of atomic sale precision, feature size and defects rates for quantum dots. In this project, molecular dynamics
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Ultrafast lasers drive innovations from quantum technology to medical imaging, yet controlling femtosecond pulses remains a major challenge. Metamaterials are artificial structures with
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are an advantage: femtosecond laser and diagnostics, high power lasers, ultrahigh vacuum, programming skills (Labview, Python) Ability to work closely within a team: engineers, students, postdocs and scientists, and
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chambers, femtosecond and nanosecond laser systems An international environment of mutually supportive people A flat hierarchy: everyone's opinion weighs the same in scientific discussions Excellent working
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on developing techniques using ultrashort pulse laser-matter interactions to functionalize surfaces and study many applications of surfaces functionalized with a femtosecond laser. There is a need for a research
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-billionths of a second (femtosecond). X-ray free-electron lasers (XFEL) are a powerful tool to watch material dynamics on these timescales but how to design and interpret XFEL experiments remains challenging
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are currently setting up a state-of-the -art laboratory equipped by a high-power laser system with sub-10 femtosecond pulse duration. You will be part of our team to commission this new experiment and to perform
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devices (such as LEDs, photo-detectors) or nanostructured materials on the few hundred nanometer length scales. This will require focusing down the femtosecond light pulses using microscopy techniques