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. Reconstructing, forward modeling, or inverse modeling of diffraction data. High-performance computing and scalable scientific software development. Molecular dynamics, crystal plasticity, finite-element, or other
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anisotropy for rotating magnetocaloric effect. The aim is to optimize the magnetocrystalline anisotropy on magnetocaloric single crystal-based particles composites to maximize the rotating magnetocaloric
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, topological photonics, photonic crystals, or single-photon measurement techniques is advantageous. Proficiency in scientific programming and data analysis tools such as Python or MATLAB. Strong analytical
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, catalysis and biology. We use molecular beam epitaxy (MBE) to synthesize atomically precise crystals, we integrate them with two-dimensional exfoliated materials, and we characterize them using transport and
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, materials growth, crystallization, catalysis, and electrochemistry. Qualifications Ph.D. in Physics, Materials Science, Chemistry, or related disciplines, with a proven ability for outstanding research
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laboratory work on entrainment of oil droplets in breaking waves Work with measurements on entrained air bubbles, oil droplets and possibly other types of particles, such as ice crystals, and formulate models
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waves Work with measurements on entrained air bubbles, oil droplets and possibly other types of particles, such as ice crystals, and formulate models for size distribution and vertical transport
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with engineered heat and light–matter interactions, including but not limited to thermal metamaterials, thermal crystals, topological photonic structures, non-Hermitian photonic lattices, thermal
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measurements to systematically investigate the relationship between composition, entropy level, crystal structure, and energy storage performance. Holding a PhD (or close to completion) in Materials Science
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Cryogenic ion traps Experience operating ion traps at 4 K or below, including pulse-tube or dilution refrigerator integrationand cryogenic rf delivery. Multi-ion architectures Ion crystal formation