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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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science, with a particular focus on Arabic language technologies. Current research areas include grammatical error correction, text generation, computational morphology, syntactic parsing, dialect and non
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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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; quantum error correction and fault-tolerant quantum computing; quantum simulation; quantum sensing and metrology; quantum communication and networks; quantum cryptography; quantum control; quantum
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quantum software (e.g. in security), there is an urgent need for verifying the trustworthiness of quantum programs at scale. Features of modern quantum programs such as Quantum Error Correction lead to
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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
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- Realization of physical concepts on quantum computers (Qiskit, Cirq, etc.) - Fault-tolerant topological quantum computation - Quantum error correction - Topological / neutral-atom quantum computer
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areas of responsibility. Excellent problem-solving including research, error detection and correction, root cause analysis, conceptual, analytical and decision-making skills Preference will be given
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. Excellent problem-solving including research, error detection and correction, root cause analysis, conceptual, analytical and decision-making skills Preference will be given to students with related