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information is stored and retrieved, and how language use is intertwined with memory during communication. The model will be hybrid, merging linguistic factors uncovered in computational and theoretical
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intertwined with memory during communication. The model will be hybrid, merging linguistic factors uncovered in computational and theoretical linguistics with general cognitive mechanisms. The overarching goal
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. Quantum Computation with spin qubits: You will have the opportunity to delve into the theoretical aspects of solid-state quantum computing in spin qubits platforms. This includes gaining expertise in device
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to discourse semantics, and how plausible memory models can predict diverse quantitative data in linguistics and cognitive science. The project has two components: an empirical one and a computational one. The
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passionate about linking atomistic processes to device performance through computer simulations? Are you fascinated by designing next-generation semiconductors with quantum-mechanical methods enhanced by AI
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are looking for a passionate postdoctoral researcher to join us at the Bosco group and advance theoretical research in solid-state quantum computation, with a focus on spin-based platforms. Our team is actively
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the Amsterdam School of Communication Research (ASCoR) at the Faculty of Social and Behavioural Sciences, University of Amsterdam. ASCoR brings together experts across four program groups - Persuasive
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research on how media and technology shape society. For this project, you will be officially embedded in the Youth & Media Entertainment (YME) program group. YME focuses on the role of emerging technologies
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information science. Good knowledge of mathematical and theoretical physics methods of describing random processes and random fields. Experience with analytical and/or numerical methods for modelling qubit dynamics
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, mathematics, or a related field. Strong background in quantum physics, mathematics, and quantum information science. Good knowledge of mathematical and theoretical physics methods of describing random processes