Classical data is encoded into the degree of squeezing of initially noisy plasmonic states, enabling long-distance retrieval via beam-splitter correlations with far fewer measurements than amplitude or pure-squeezed schemes.
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OREO is a numerically optimized protocol for direct estimation of arbitrary observables in quantum harmonic oscillators via mapping to an ancillary qubit in bosonic cQED.
A linear-optical BSM protocol for RS-cat codes that becomes deterministic for arbitrary symmetry order N at large amplitudes in the loss-free regime.
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Encoding classical data into the squeezing of noisy-states for plasmonic communication
Classical data is encoded into the degree of squeezing of initially noisy plasmonic states, enabling long-distance retrieval via beam-splitter correlations with far fewer measurements than amplitude or pure-squeezed schemes.
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Direct estimation of arbitrary observables of an oscillator
OREO is a numerically optimized protocol for direct estimation of arbitrary observables in quantum harmonic oscillators via mapping to an ancillary qubit in bosonic cQED.
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Linear optical Bell state measurement for rotation-symmetric cat codes
A linear-optical BSM protocol for RS-cat codes that becomes deterministic for arbitrary symmetry order N at large amplitudes in the loss-free regime.