A support-kernel criterion shows that rank-deficient conditional states with first-order coupling at the boundary turn entanglement into two-way projective steering, including mixed cases.
Title resolution pending
6 Pith papers cite this work. Polarity classification is still indexing.
6
Pith papers citing it
years
2026 6verdicts
UNVERDICTED 6representative citing papers
For two-qubit entangled states, existence of one pure steered state implies two-way EPR steering via symmetry of tangent points on steering ellipsoids.
Bhabha scattering with an initially entangled spectator particle generates genuine tripartite entanglement quantified via four metrics, with scattering momentum and initial entanglement as key resources and relaxed monogamy in the non-relativistic regime.
Energy-time entangled triphotons are generated in a six-level cold atomic system via two spontaneous six-wave mixing processes, producing threefold coincidences with asymmetrically damped Rabi oscillations and preserved temporal correlations characteristic of W-class entanglement.
Stratonovich rather than Ito stochastic noise agrees with experiment for the measured homodyne current in broad-band SSE simulations of EPR quantum trajectories.
Neutral kaon mixing adds a CP-violating effect of order 10^{-6} to a_CP in D0 -> Ks Ks, arising only from second-order weak processes and thus negligible for experiments.
citing papers explorer
-
Boundary Geometry Turns Entanglement into Steering
A support-kernel criterion shows that rank-deficient conditional states with first-order coupling at the boundary turn entanglement into two-way projective steering, including mixed cases.
-
One pure steered state implies Einstein-Podolsky-Rosen steering
For two-qubit entangled states, existence of one pure steered state implies two-way EPR steering via symmetry of tangent points on steering ellipsoids.
-
Genuine tripartite entanglement in Bhabha scattering with an entangled spectator particle
Bhabha scattering with an initially entangled spectator particle generates genuine tripartite entanglement quantified via four metrics, with scattering momentum and initial entanglement as key resources and relaxed monogamy in the non-relativistic regime.
-
Generation of energy-time entangled triphotons in a six-level cold atomic system
Energy-time entangled triphotons are generated in a six-level cold atomic system via two spontaneous six-wave mixing processes, producing threefold coincidences with asymmetrically damped Rabi oscillations and preserved temporal correlations characteristic of W-class entanglement.
-
Physical currents for stochastic Einstein-Podolsky-Rosen quantum trajectories
Stratonovich rather than Ito stochastic noise agrees with experiment for the measured homodyne current in broad-band SSE simulations of EPR quantum trajectories.
-
$CP$ violation in neutral kaon mixing in $D^0\rightarrow K_SK_S$
Neutral kaon mixing adds a CP-violating effect of order 10^{-6} to a_CP in D0 -> Ks Ks, arising only from second-order weak processes and thus negligible for experiments.