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Fellow positions at QUP in experimental physics. The International Center for Quantum-field Measurement Systems for Studies of the Universe and Particles (QUP) is a World Premier International Research
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methods for highly accurate prediction and analysis of magnetic/quantum materials properties. Furthermore, we leverage generative AI and other advanced technologies to construct frameworks for autonomous
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materials. In particular, priority will be given to research into (1) Hydrogen-related materials, (2) Battery materials, (3) Quantum materials, (4) Semiconducting materials, (5) Magnetic materials, (6) Metal
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materials. In particular, priority will be given to research into (1) Hydrogen-related materials, (2) Battery materials, (3) Quantum materials, (4) Semiconducting materials, (5) Magnetic materials, (6) Metal
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] * Background of the recruitment and description of the project The International Center for Quantum-field Measurement Systems for Studies of the Universe and Particles (QUP) solicits applications for its
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, investigates new combinatorial and geometric structures underlying quantum field theory. The group seeks to elucidate how scattering amplitudes and quantum observables arise from total positivity and positive
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of interest include Potential Theory, Harmonic Analysis, Functional Analysis, Calculus of Variations and Optimal Control, Optimization, Mathematical Biosciences and Quantum Biology. Some of the current research
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research facilities at NIMS. https://www.nims.go.jp/icys/recruitment/index_icysRF.html [Work content and job description] As an ICYS Research Fellow at NIMS, you will independently plan and conduct research
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of the recruitment and description of the project We focus on the nature of rare-earth compounds and their applications to quantum memory. In the project, we will analyze the electronic and magnetic states of
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, including electrons and quasiparticles, as well as wave phenomena in metamaterials. Using primarily analytical approaches based on model systems, we investigate a wide range of physical systems—from quantum