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commonly used in research computing Experience supporting research computing in an academic setting Familiarity with emerging computing paradigms, such as quantum computing, and their potential applications
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commonly used in research computing Experience supporting research computing in an academic setting Familiarity with emerging computing paradigms, such as quantum computing, and their potential applications
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theoretical and computational investigations of attosecond science and quantum light-matter interactions in atomic, molecular, or condensed-matter systems Development and application of theoretical
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particular interest in candidates whose research advances the mathematical foundations of artificial intelligence, machine learning, and quantum information and computation. Successful candidates must have a
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faculty position at the rank of assistant professor to begin in fall of 2026. We seek exceptional scholars whose research and teaching will elevate Watson College's strengths in Quantum Information
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at Binghamton University, comprising two mathematics & statistics positions and two physics positions. The cluster is designed to foster collaborative research at the intersection of quantum science and
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/or nanofabrication of quantum materials. Successful candidates are expected to have an outstanding research record, establish an independent research program, and make effective contributions
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dynamics of quantum materials and/or quantum optics, sensing, and communications. Successful candidates are expected to have an outstanding research record, establish an independent research program, and
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Resilience & AI Security, Quantum Information Science & Engineering, Bioelectronics & Bioinformatics, and Semiconductors. The successful candidate will help advance Watson College's commitment to a diverse
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candidates with expertise in discrete mathematics, with particular interest in candidates whose research advances the mathematical foundations of artificial intelligence, machine learning, and quantum