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(Mathematics) and Baptiste Royer (Physics) exploring new connections between complex geometry and quantum error correction. A central theme of the project is the relationship between complex abelian
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development. - High-performance computing ( HPC ). - Quantum algorithm design. - Error correction or error mitigation. Certifications/Licenses Required Knowledge, Skills
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particularly interested in a mix of three aspects: circuit optimization, evolving error correction techniques, and applications. We use locally hosted quantum computers based on superconducting technology
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particularly interested in a mix of three aspects: circuit optimization, evolving error correction techniques, and applications. We use locally hosted quantum computers based on superconducting technology
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areas: * Quantum algorithms * Quantum circuit synthesis and optimisation * Gaussian boson sampling * Topological quantum computing * Quantum error correction * Fault-tolerant quantum computing * Quantum
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areas: * Quantum algorithms * Quantum circuit synthesis and optimisation * Gaussian boson sampling * Topological quantum computing * Quantum error correction * Fault-tolerant quantum computing * Quantum
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requires cooperation of all layers in the quantum stack. We are particularly interested in a mix of three aspects: circuit optimization, evolving error correction techniques, and applications. We use
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requires cooperation of all layers in the quantum stack. We are particularly interested in a mix of three aspects: circuit optimization, evolving error correction techniques, and applications. We use
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information and quantum matter. We welcome candidates whose interests include quantum phases of matter, quantum computing, quantum error correction, non-equilibrium physics, critical phenomena, open
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to bring your enthusiasm, ideas, and expertise to various ongoing and new projects. Some of the research areas we are exploring include: The role of motor experience in plasticity and error correction