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project pertains to " Theory, simulation or experiments for fusion plasmas produced by inertial confinement. ", in CELIA (Centre lasers intenses et applications) or in LULI (Laboratoire pour l'utilisation
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Collaboration 'Probabilistic Paths to Quantum Field Theory,' which addresses theoretical questions at the interface between quantum field theory, probability theory, and noisy quantum dynamics. The successful
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energy phenomena is manyfold, from theory and simulations to their observation from space and ground, and including the modelling and interpretation of their multi-wavelength observations. In this context
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promoting results through publications and interdisciplinary collaborations. The work will include the design, training, and evaluation of diffusion models applied to molecular graphs, as
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predictions of the theory. The main tasks will include developing models of the mouse primary visual cortex at different levels of biological realism, designing analytical and numerical methods to study these
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until now, even though a recently developed quantum theory for NL phenomena in this regime predicts improvements of several orders of magnitude in device performance compared to the current state
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engineering, finite element modelling • Probability theory, stochastic process modelling, statistical tools • Artificial Intelligence and Machine learning approaches • Programming (python) A first experience
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potassium BEC platform and will benefit from strong local theoretical support as well as collaborations with theory and experimental groups in Nice and Paris. Superfluidity is the remarkable collective
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research unit, “Theory and History of Modern Arts and Literature,” CNRS-Paris 3 University-Sorbonne Nouvelle-ENS. Supported by the CNRS, and more specifically by CNRS Sciences Humaines & Sociales
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: DFT (Density Functional Theory) calculations using VASP or Quantum Espresso. tDFT simulation for simulating core energy losses in TEM on oxides (knowledge of Wien2k would be a plus). Website for