Abstract: Photon indistinguishability is essential for quantum interference underpinning emerging applications in quantum sensing, communication, and computing. Compelling motivations under investigation in my group include quantum astrometry, where two-photon interference can enable long-baseline optical interferometry without direct optical links between telescopes, and quantum networks, where wavelength-multiplexed entanglement swapping promises substantially enhanced communication rates. Both applications require efficient identification of indistinguishable …
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