Every rank-two bipartite entangled state is projectively steerable in at least one direction, and two-way steerable when local dimensions match.
Title resolution pending
5 Pith papers cite this work. Polarity classification is still indexing.
5
Pith papers citing it
fields
quant-ph 5years
2026 5representative citing papers
Selective bound-state engineering in tripartite open quantum systems suppresses the steering volume of an untrusted party to zero while keeping trusted-party volumes finite.
Fourth-order ordering-sensitive Bargmann invariants supply the first universal pairwise criterion for set coherence, and applying it to all pairs yields a complete test for any finite family of states.
Measurement incompatibility robustness provides a tight, SDP-computable upper bound on an eavesdropper's guessing probability in prepare-and-measure randomness generation.
First discrete-variable one-sided-device-independent QKD experiment, using a composable transmitter with an untrusted source and a one-way communication assumption, achieving ~1 kbps at an equivalent 20 km distance.
citing papers explorer
-
Every Rank-Two Entangled State is Projectively Steerable
Every rank-two bipartite entangled state is projectively steerable in at least one direction, and two-way steerable when local dimensions match.
-
Extreme volume monogamy via bound-state engineering
Selective bound-state engineering in tripartite open quantum systems suppresses the steering volume of an untrusted party to zero while keeping trusted-party volumes finite.
-
A low order Bargmann invariant hierarchy for set coherence
Fourth-order ordering-sensitive Bargmann invariants supply the first universal pairwise criterion for set coherence, and applying it to all pairs yields a complete test for any finite family of states.
-
Quantifying randomness with measurement incompatibility
Measurement incompatibility robustness provides a tight, SDP-computable upper bound on an eavesdropper's guessing probability in prepare-and-measure randomness generation.
-
Transmitter-device-independent quantum key distribution
First discrete-variable one-sided-device-independent QKD experiment, using a composable transmitter with an untrusted source and a one-way communication assumption, achieving ~1 kbps at an equivalent 20 km distance.