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Field
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fiber/textile engineering. Demonstrated experience in the design, fabrication, and characterization of functional materials. Experience with optical characterization techniques (e.g., spectroscopy
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brightfield/darkfield optical microscopy and spectroscopy, optical lithography/patterning, hyperspectral imaging, photocurrent measurements, and sensor characterisation with suitable readout electronics
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global warming, but it remains unclear whether it would be effective in practice. CCM relies on the idea that emitting small amounts of aerosols at high altitude could modify the optical or physical
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3D optical access for more advanced spectroscopy schemes. These vapor cells will be the core component in atomic gyroscope and magnetometer products being developed at Q.ANT. For fabricating
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friction—to develop novel coupling designs optimized for increased repeatability, thermal stability, and load-bearing capacity. These designs are critical in fields such as: Optical component alignment High
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spatiotemporal coupling (STC) at the far-field Design optical elements to generate a specific RDG and STC, e.g. doublet lens including axi-parabola Perform laser wakefield acceleration using "flying focus
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implement novel forms of biophysical instrumentation (e.g. advanced optical tweezers and magnetic tweezers, single-molecule fluorescence, novel single-molecule approaches to DNA sequencing, integration with
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at conferences and in scientific publications About you: Master’s (or equivalent) degree in physics, optics or related fields At least six months of laser laboratory hands-on experience Profound understanding
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optical computing devices that can solve hard combinatorial problems. Such combinatorial problems are commonplace in our society, for instance in logistics, finance or pharmaceutical research. However, for
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/fluid mechanics as well as polarizing optics. Experience with liquid crystals and polymeric liquids is a strong asset. An M.Sc. in physics is ideal, but also materials science, mechanics or chemistry M.Sc