Non-maximally entangled states exhibit full nonlocality under simple Schmidt coefficient conditions, and all pure entangled states can be activated to full nonlocality with multiple copies.
Tight bounds for antidistinguishability and circulant sets of pure quantum states
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A hybrid algorithm reduces the SDP dimension for Bayes-optimal state discrimination from dL to NL via Gram matrix reformulation and quantum preprocessing from source circuits, enabling solutions for large changepoint and error-classification instances.
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All pure entangled states can lead to fully nonlocal correlations
Non-maximally entangled states exhibit full nonlocality under simple Schmidt coefficient conditions, and all pure entangled states can be activated to full nonlocality with multiple copies.
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A hybrid quantum-classical algorithm for Bayes-optimal quantum state discrimination using the source code
A hybrid algorithm reduces the SDP dimension for Bayes-optimal state discrimination from dL to NL via Gram matrix reformulation and quantum preprocessing from source circuits, enabling solutions for large changepoint and error-classification instances.