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to tensor network states (e.g. DMRG, MCTDH, TTNS) and applying them to problems in theoretical quantum chemistry and theoretical chemical physics. Of particular interest are candidates who are interested in
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network states (e.g. DMRG, MCTDH, TTNS) and applying them to problems in theoretical quantum chemistry and theoretical chemical physics. Of particular interest are candidates who are interested in research
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: gravitational lens observations and analysis, AGN emission region properties, dark matter particle physics and simulation, and statistical inference methods. Available resources include JWST and Hubble Space
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. Qualifications Basic qualifications Ph.D. in computational chemistry or physics, or related area. Preferred qualifications The ideal candidate has experience running electronic structure calculations and has
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successfully are desirable. Qualifications Basic qualifications Applicants must have obtained a Ph.D. in Biomedical Engineering, Electrical Engineering, Physics, or related field prior to starting the position
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chemistry or physics, or related area. Preferred qualifications The ideal candidate has experience running electronic structure calculations and has expertise with a variety of computational approaches
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; is on the cutting edge of sustainability in construction and design; and supports the economic development of Central California. The Merced 2020 Project doubled the physical capacity of the campus
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collaborate with project teams. Qualifications Basic qualifications • A Ph.D. in a relevant field (e.g., physical sciences, environmental science, computer science, or engineering) at the time of appointment
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development of Central California. The Merced 2020 Project doubled the physical capacity of the campus, and enhanced academic distinction, student success, and research excellence (https://merced2020