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experimental simulations, and numerical modeling. In particular, LISA is internationally recognized for developing innovative satellite products for ozone and aerosols. Where to apply Website https
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effects, the use of their spectral or temporal structures, and the contribution of realistic simulations to guide and validate the developed methods. These developments will first be evaluated on
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Durham University | 2 months ago
interest in collaboratively building new generations of world leading simulations. For example, we are particularly interested in candidates who wish to develop or deploy new numerical methods, subgrid
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National Aeronautics and Space Administration (NASA) | Fields Landing, California | United States | about 1 month ago
researcher will work with CAMRAD II, PyFR, OVERFLOW, and related solvers to perform design and simulations at relevant Mars conditions, support the design and assessment of high-solidity rotor concepts
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Responsibilities: Participate and work with faculty in the development, implementation, and integration of simulations in the curriculum as well as evaluation; Serve as faculty to students in teaching
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Responsibilities: Participate and work with faculty in the development, implementation, and integration of simulations in the curriculum as well as evaluation; Serve as faculty to students in teaching
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Responsibilities: Participate and work with faculty in the development, implementation, and integration of simulations in the curriculum as well as evaluation; Serve as faculty to students in teaching
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electromagnetic and optical simulations using numerical methods such as FDTD, FEM, eigenmode expansion, and mode solving. Optimize photonic-device performance considering insertion loss, coupling efficiency
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international reputation and visibility, with a long list of alumni who have secured prestigious positions in academia or industry. For more details, see https://mpq.u-paris.fr/en/home/ and https://mpq.u
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physical models and automatically differentiable simulations. To develop and validate differentiable cosmological models for the evolution of large-scale structures and gravitational shear observables