Theoretical quantum optics and ultracold atoms at IAMS, Taiwan

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Quantum optics at IAMS

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We are interested in quantum optics and applying its methodology in studying the collective effects of radiation and many-body systems. We have been working on non-Hermitian physics [Nat. Comm. (2022); PRB (2023)], entanglement generations [QST (2024, 2025)], resonant dipole-dipole interactions in super- and sub-radiance [PRA (2017)]; subradiance from a chiral-coupled atomic chain in an atom-waveguide systems; quantum communication via frequency conversion [Nature Physics (2010)] and spectral entanglement; spin-incoherent Luttinger liquid [PRA (2018)]; EIT as a probe of strongly interacting many-body systems [PRA (Rapid)(2013)]; DMRG study of topological excitation in a 1D chain. These studies show rich opportunities of building an interface to access many-body states as a control over quantum information and to investigate the fundamental aspects of light-matter interactions.