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multivariate data analysis. Preferred Qualifications: PhD in Chemistry, Materials Science or Chemical Engineering. Candidates are expected to have a strong background in quantitative structure analysis based
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growth (PLD, MBE, and CVD methods), crystal, and interface structure determination with x-ray diffraction/scattering/spectroscopy, transport and magnetic property characterization using Quantum Design’s
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subduction processes. A key aspect of the research involves utilizing seismically constrained crustal rheology and structure to inform and validate our models. The incumbent will need excellent oral and
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due to the reliance on power electronic-based converters rather than conventional rotating generators. This shift reduces grid inertia and introduces new challenges in grid stability and reliability
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subduction processes. A key aspect of the research involves utilizing seismically constrained crustal rheology and structure to inform and validate our models. The incumbent will need excellent oral and
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of advanced quantum photonic devices, based on epitaxial quantum dots or similar structures. Experience in photonic and/or semiconductor device simulation. Brief Description of Duties: The Postdoctoral
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subduction processes. A key aspect of the research involves utilizing seismically constrained crustal rheology and structure to inform and validate our models. The incumbent will need excellent oral and
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of advanced quantum photonic devices, based on epitaxial quantum dots or similar structures. Experience in photonic and/or semiconductor device simulation. Brief Description of Duties: The Postdoctoral
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. * Development of MOLLER GEM detector prototypes and construction chambers, relevant simulations, and participation in engineering design efforts for various MOLLER subsystems, especially the toroidal spectrometer
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a multidisciplinary research team focused on developing energy-efficient and fault-tolerant AI systems that can operate reliably in the radiation-rich environment of space. The project integrates