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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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. Full opto-electronic neuromorphic behavior 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
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(IMOS) platform, relying on the possibility to co-integrate lasers, modulators and PDs and still reach ultra-compact form-factor and interfacing to ultra-fast electronics. Concepts of the in-memory
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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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multi-quantum well (MQW) photonics layer stack on Si, in close collaboration with the epitaxy experts within the group. The position will also design and fabricate high speed lasers and modulators based
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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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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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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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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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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