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Irène Curie Fellowship No Department(s) Electrical Engineering Reference number V36.7347 Job description Are you interested in developing photonic integrated lasers suitable for efficient electro
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of electronically controlling massive arrays of small lasers that enable novel architectures of LiDAR transmitters. We shall investigate the challenges of tunable lasers in the framework of FMCW LiDAR devices
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-the-shelf external laser devices in cooperation with partners. See M. Hejda et.al. Nanophotonics 12(5), 2022. In parallel, we have investigated novel concepts to create all-optical neurons in InP integrated
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diversity of lithography tools (incl. DUV ASML scanner, direct laser writing, optical and e-beam). Alongside many other state-of-the-art tools, we are consolidating a best-in-class pilot line infrastructure
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was demonstrated by coupling the RTD with off-the-shelf external laser devices in cooperation with partners. See M. Hejda et.al. Nanophotonics 12(5), 2022. In parallel, we have investigated novel concepts to create
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class 4 lasers. Developing software for measurement equipment control and data acquisition. Job requirements We are looking for a talented, enthusiastic, motivated and independent candidate that meets
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description Background: Photonic Integrated Circuits for high-temperature operation Operating temperature is a key factor in determining both performance and practicality of laser-diodes. Temperature control
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the quantum key generation – and inherits its security thanks to the low-divergence of laser beams, smart coding and by exploiting physical optical channel properties. As a post-doc you are asked to perform and
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laser arrays for the use as optical tweezers Modelling of optics at micro and macro level Control of light sources via digital control schemes (FPGA or micro-controller based) including required code
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described above, necessitates instantaneous bandwidths well beyond 100 GHz. Direct modulated laser and modulator photonic chips are flip-chips mounted to electronic driver amplifiers forming high data rate