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Field
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funded by MetaPix Center that aims to advance integrated photonics through the use of inverse design and heterogeneous integration. Who we are looking for The following requirements are mandatory
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platform integrating the SPARROW accelerator through circuit-level fault injection. The main objectives are: Define a representative fault model for the SPARROW accelerator. Develop methods to instrument the
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-stable tunable lasers and very sensitive photodetectors. These will be integrated onto a photonic integrated circuit (PIC), so the quantum sensing systems can be miniaturized. Together with our German
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Institute of Cellular and Integrative Neuroscience (INCI), located on the Esplanade Campus in Strasbourg, to work within the team "Mesoscale Networks, Neuromodulation, and Behavior". The team consists
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, neurophysiological, and behavioral experiments to explore the role of dopaminergic circuits involved in touch perception, with a particular focus on how the hedonic value of affective touch is integrated and modulated
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designs, you will implement tunability to realize strong and tunable interactions between atoms and light. This position is funded by MetaPix Center that aims to advance integrated photonics through
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. Researchers from the groups Electromagnetic, Integrated Circuits, Signal Processing Systems, Optical Communication, and Electronic Systems, work together to address research questions across these research
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/quantum-circuit techniques and/or approximate tensor-network methods. Analytical skills with integrability, random-matrix theory, dual-unitary circuits, hydrodynamics, or field-theoretic methods are also
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the implementation of assigned experimental tasks. Main mission : Following the acquisition of a closed-circuit cryostat, the team must set up two complementary measurement benches around this new equipment. As these
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Implementation: Integrate optogenetic tools for precise neural circuit manipulation during behavioral experiments Academic and Professional Responsibilities Conduct independent and collaborative research leading