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the active device in an on-chip waveguided excitation platform and in the optoelectronic characterization, in fs-pulsed and cw regimes, of the linear and non-linear response and Boolean operation of
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for the morphological and mechanical characterization of biological samples containing an extracellular matrix, particularly reconstructed tissues in organ-on-chip models. They will implement techniques and methods on a
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The postdoctoral position aims to develop a new quantum cascade laser (QCL) platform in the terahertz range with an aim of integration in photonic circuits to control and direct the on-chip THz emission. Successful
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into the physical mechanisms involved in the reliability of GaN chips, in order to assess their criticality and thereby better define and understand safe operating domains that ensure the required reliability
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to very high temperatures. Before injection, fuel is used to cool the walls of the combustion reactor. Some applications go further by using active fuel cooling, based on pyrolysis of the fuel before it is
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(SAWs), offers a route to hybrid quantum systems. This project aims to demonstrate mechanical driving of spins in silicon (Er, T-center) via SAWs, as a first step toward on-chip coupling of distant spin
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of qubit arrays using state of the art control electronic, data acquisition and analysis followed by publications and communication in conferences. • Participate in the design of quantum chip in FDSOI and
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. - Genome Editing by CRISPR/Cas9. - ChIP-seq/RNA-seq/ mapping of G-quadruplexes in the genome. - Large scale reporter assay. - Bioinformatics analysis. The post-doctoral fellow will join the IGMM, which is a
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. -Strong expertise in genomic approaches (Cut&Tag, Cut&Run, ChIP-seq, Hi-C, or equivalent techniques) is essential. -Prior experience with the C. elegans model or oocyte manipulation. -Skills in
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(optical fibers and electrodes); Conducting a behavioral test: visual and sound discrimination tasks ("go"/"nogo" or two-alternative behavioral paradigms); In-vivo extracellular electrophysiological