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Offer Description LAAS CNRS, Multilevel Materials Modeling team. The test materials that will be studied during the thesis will be semiconductors used in various microelectronics technologies (SiGe, GaAs
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the TIRIS MOLELEC project "Engineering spin-crossover (SCO) molecule/electrode interfaces: towards the next generation of electronic devices" in collaboration with the LCC (Laboratoire de Chimie de
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work with a high-repetition-rate mid-infrared driver and large nanophotonic channels to maximize the average electron flux. This research topic is one of the focuses of VISUAL, a large-scale European
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, proteins. We also plan to explore other means of sample preparation, such as cryo-milling in FIB, and sample characterization such as scanning electron microscope (SEM). The applicant will work to the
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the main advantage to provide simultaneous access to the ionization and to the scintillation signals. This enables accurate reconstruction of the event topology and powerful discrimination between electronic
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starting date in fall 2024. The objective of the doctoral network is the modeling of emerging phenomena resulting from the excitation, correlation, and (de)coherence of electrons, spins, photons, and nuclear
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electronics industry. This requires new generations of power devices and conversion architectures that should lead to optimizing energy management by reducing their size (mass, volume) and being as close as
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, completed draft of article) • names, affiliations, and email addresses of two referees who are willing to supply letters of reference in support of the application Please note that applications must go
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project, correspond to final-state observables [6]. Their qualitative understanding will lead to predictions for electron-nucleus diffractive cross sections, which can be compared with measurements from
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, using the Crystal Probe scanning electron microscope, which is equipped with an EBSD system for fast high-resolution mapping of crystal orientations and a high-temperature deformation stage. Experiments