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-resolution reanalyses). Once statistically calibrated, this relationship will be applied to large-scale predictors from climate models (ESMs) to generate regionalized simulations (i.e., at finer resolution
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for the HL-LHC experiments. This includes the rewriting and rethinking the algorithms to be run on heterogeneous platforms, i.e. systems where a traditional processor (CPU) is coupled with an accelerator (e.g
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Post-Doc- Combinatorial deposition of functional thin films by Spatial Atomic Layer Deposition (M/F)
focus on the development of our SALD system hardware and software towards a combinatorial deposition, i.e. where a gradient of properties will be present in the deposited films. He/she will be focused
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) of passive resonators (consisting of simple suspended layers) in static and dynamic modes, i.e. frequency response of the vibration amplitude and dissipation, will lead to the estimation of the mechanical
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of view, i.e. by establishing the glycolytic status of the cells through intracellular pH measurements for which we developed the methodology. Different environmental conditions in term of nutrients/oxygen
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the field of mechanical engineering, electronics engineering and computer science. Thanks to this support the group manages the detection system of the Virgo experiment i.e. all the optics, detectors and
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first-principles methods will rely on the force-constant matching approach, i.e. on the ab initio calculation of force constants performed on smaller subsystems, latter assembled to build the dynamical
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electromagnetic sources with two different technologies: (i) one for surface medical applications, i.e., cutaneous or subcutaneous electroporation, (ii) the other will use a device inducing a focusing of the
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(i.e. through electrical pulses). Information is contained in the pronounced difference of electrical conductivity between crystalline and amorphous phases of the GeSbTe alloy. Recent works, including
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of polymerization, i.e., creating stereocontrolled sequences using lactide in its racemic version. The aim is thus to design bio-sourced polymers that are easily degradable and have modulable thermomechanical