3 parallel-processing positions at National Institute for Materials Science in computer-science
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phenomena, including crystal growth, phase transformation, recrystallization, and grain growth, to establish the underlying science for microstructure control in high-temperature processes such as welding
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materials for quantum sensing applications, such as NV centers formed within diamonds. Specifically, spin characterization of color centers by electron spin resonance method, crystal processing to control
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accelerate the synthesis of nanoparticles exhibiting excellent optical properties by progressively integrating data- and AI-driven autonomous synthesis processes with advanced nanocrystal growth techniques
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