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Field
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30.06.2026, Academic staff Join the Geodetic Observatory Wettzell at the Technical University of Munich and contribute to the operation and further development of the world-leading G ring laser
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biology and protein biochemistry techniques, confocal laser scanning microscopy, and live cell imaging with automated fluorescence microscopes are routinely used in the research group to investigate and
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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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currently seeking to recruit a PhD student to work within the centre on the topic of advanced integrated lasers for biophotonics applications. The successful candidate will join the Nanophotonics group in
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and laser-scan data. These models underpin decisions impacting net-zero ambitions, yet interpretation remains slow and subjective. We need tools that make geological reasoning faster, more transparent
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platforms for chiral sensing by integrating photonic waveguides and microfluidic devices fabricated through advanced femtosecond laser micromachining techniques. The project combines microfabrication
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-electricity conversion in silicon-based photovoltaic devices. Using off-axis electron holography in a transmission electron microscope combined with ultrafast laser excitation and pulsed electron beams, the
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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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and Ultrafast Optics group led by Prof. Dr. Jens Biegert. The group works in a highly interdisciplinary field which fuses ultrafast laser physics, extreme nonlinear optics, atomic and molecular