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(FAU) of Erlangen (DE) within an 2026 funded ANR/DFG project. The PhD's work program will focus on three objectives: 1- Characterize the polarization-maintaining properties of twisted fibers produced by
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techniques. This PhD work plans on all-fibered implementation ofsuch a non-conventional interferometer with minimal resources
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introduced by spatial multiplexing and nonlinear mode coupling in a multimode fiber • Multidimensional, reconfigurable all-optical feedback to provide a memory effect, thereby significantly increasing
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sustainability. We develop functional fiber materials with specific photonic and electronic properties by polymer molecular engineering and fiber structure design. Together with advanced textile technology
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) degree before starting the PhD Knowledge of optics and nonlinear optics Practical knowledge of ray-tracing methods and Zemax OpticStudio Practical experience with pulsed lasers and building optical setups
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, packaging & co-packaged optics Design of low loss passive components (Si, SiN, …) for scalable photonic systems Development of chip-to‑chip and chip‑to‑fiber coupling structures Technology pathfinding for co
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-speed PON and very-high-speed PON systems; development and implementation of fiber sensing features for PON networks; implementation of optical wireless solutions (free-space optics and/or visible light
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)—performing stereotaxic surgeries, viral (AAV) injections, and optic fiber implants for fiber photometry recordings, and managing a rodent breeding colony. Preference will be given to candidates with a