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are conventional and unconventional topological phases of matter, and quantum error correction codes and other quantum computing related topics. We invite theorists with backgrounds in condensed matter physics
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design of quantum platforms and models to improve upon existing error correcting codes, while leveraging platform-specific physics knowledge, be it in ultracold neutral atoms, trapped ions
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) positions to start in September 2026 or earlier. Outstanding candidates in quantum information theory, quantum simulation, lattice gauge theory, fundamental physics, and quantum error correction, broadly
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contribute to the excellence of our academic community. We are looking for a postdoctoral researcher with expertise in Bayesian hierarchical spatio-temporal statistics and measurement error methods for a 3
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in areas related to quantum information theory, quantum error correction, and machine learning. The position will start in fall 2026 and will be for two years, with a possible 1-year extension pending
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. The specific focus of this position will be on the theoretical design of quantum platforms and models to improve upon existing error correcting codes, while leveraging platform-specific physics knowledge, be it
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communications Computing & Networking: QuMIMO, Quantum Error Correction, Multi-partite systems, Q Network Coding, HQCNN - Hybrid Quantum-Classical Neural Networks Security & Logic: QRL - Quantum Reinforcement
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/Immunology at WashU. The Schmitt Lab studies immune dysregulation in inborn errors of immunity. We are specifically interested in investigating the mechanisms leading to T and B cell dysregulation. In
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deliver advances in materials science and modular architectures that enable scalable, fault-tolerant quantum computing and quantum-limited sensing. The research program is organized around two large-scale
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variants in inborn errors of immunity. Job Description Primary Duties & Responsibilities: Information on being a postdoc at WashU in St. Louis can be found at https://postdoc.wustl.edu/prospective-postdocs-2