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The Fiber Nano Engineering project focuses on developing advanced optical fibers with specially shaped ends for applications in microscopy, sensing, and quantum information. It aims to enhance manufacturing processes, protect innovations, and meet market demands through a university spin-off.
Tunable optical-fiber-based micro-cavities offer a variety of applications such as for absorption microscopy, sensing, manipulation of solid-state systems, and quantum information processing.
The key enabling technological element in these systems are optical fibers that feature a precisely shaped depression in the fiber end facet and are currently not commercially available.
The FET-Open project SQUARE has taken initial steps towards the commercialization of fiber-based micro-resonators.
During…
LUDWIG-MAXIMILIANS-UNIVERSITAET MUENCHEN
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