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. Preference will be given to candidates with a strong background in gravitational wave detection, gravitational wave cosmology, gravitational wave data analysis, and/or numerical relativity simulations
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are especially encouraged: (1) statistical mechanics, condensed-matter theory, quantum field theory; (2) tensor networks, quantum information, quantum algorithms; (3) machine learning, generative models, large
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exotic compact objects. It currently has two faculty members (Huaike Guo and Andrew L. Miller), five postdocs, and five PhD students. The group develops and applies robust data-analysis methods
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for multi-messenger astronomy, capturing signals from cosmic events like supernova explosions in real-time. The construction of the detector has been completed, and physics data-taking started in the summer