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You are thrilled by both conceptual questions and experimental work in the laboratory as well as the optimization and further development of components for high-power fiber lasers and would you like
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methodologies, revolutionizing how we monitor and secure our critical maritime infrastructures. As a vital part of our team, you'll apply your expertise in fiber-optic sensing to extract valuable insights from
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You are thrilled by both conceptual questions and experimental work in the laboratory as well as the optimization and further development of components for high-power fiber lasers and would you like
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-limited beam quality, Fraunhofer IOF has expertise in laser physics, fiber and optical design, glass chemistry, thermooptics, packaging and interconnection technology for fiber lasers, and the development
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Future. Discover. Together. Fraunhofer HHI is conducting research on the next generation digital signal processors that will form the basis for fiber optic metro and core networks in future 6G
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technology o Application development o AM polymers Lasers and optical systems o Optical design and diode lasers o Solid-state lasers o Fiber lasers o EUV technology o Packing o Ultra-short pulse lasers o NLO
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The Fraunhofer - Institute for Applied Optics and Precision Engineering IOF in Jena conducts applied research in the field of photonics and develops innovative optical systems to control light
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the current challenges of our time and change the world with us. In cooperation with the RWTH Chairs of Laser Technology LLT, Technology of Optical Systems TOS and Nonlinear Dynamics of Laser Manufacturing
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of technology opens up the scope for exciting scientific projects with a clear application perspective. Photodetectors developed at HHI can be found at the end of optical fibers, in scientific detectors (e.g
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Technologies Research Centre (EST) and Clausthal University of Technology. The "Energy Storage Sensors" group conducts research into innovative (fiber) optical sensors for monitoring lithium-ion batteries in