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. An emerging research profile in the dynamics of open quantum systems, quantum computing, and/or resource analysis of algorithms for fault-tolerant quantum computers. Experience in nonequilibrium statistical
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for the ARC Discovery project regarding “Safe and efficient eco-driving ” and the ARC Future Fellowship “From error-prone human driving to error free superhuman-like self-driving ” project. Key responsibilities
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of the following areas: - Quantum computing-specific: o Error-correcting codes o Lattice surgery o Surface codes o Resource estimation o Homology o Circuit design/algorithms - Mentorship - Open-source software
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(Qiskit, Cirq, etc.) - Fault-tolerant topological quantum computation - Quantum error correction - Topological / neutral-atom quantum computer & simulator platforms [Numerical & Computational Methods
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to investigate resilient autonomous space systems for applications related to space sustainability, with particular focus on AI-enhanced fault detection, isolation, and recovery (FDIR), autonomous decision-making
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and undoped BTO. In addition, strain effects imposed by different substrates will be also evaluated theoretically. Fellowship 6 – Quantum simulation with limited-depth quantum circuits: With