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states of matter, developments and applications of computational methods at the density-functional and dynamical mean-field-theory levels, metal-insulator and structural phase transitions, quantum critical
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at the interface of modern free energy simulation and quantum mechanical/artificial intelligence methods. At Rutgers, the LBSR is directed by Professor Darrin York, and is dedicated to the development and
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example Nature Communications, v. 14, pp.6281 (2023)). Interested candidates can consult the Pavanello group website , publication list and software stack: DFTpy : orbital-free DFT/TD-DFT QEpy : Quantum
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communication skills. Experience with neutron or x-ray scattering is strongly preferred. Successful candidate will engage in neutron and x-ray scattering studies of quantum magnetism, as well as in sample growth
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studies of quantum magnetism, as well as in sample growth/characterization. Applicants must provide a CV, cover letter, and three letters of recommendation. Position Status Full Time Posting Number 24FA0269
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will synthesize and characterize thin film quantum materials utilizing advanced molecular beam epitaxy and create nano-scale devices by combining topological materials with superconductivity and
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Physics, to begin September 1, 2024 or after. The NHETC at Rutgers has a long history of groundbreaking contributions to fundamental physics. Current active research areas in the group include quantum