Quantum steering harvested from the vacuum near a reflecting wall becomes directionally asymmetric when the detectors are oriented perpendicular to the wall, and the preferred direction can be tuned by the detectors' energy gaps.
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Can boundary configuration be tuned to optimize directional quantum steering harvesting?
Quantum steering harvested from the vacuum near a reflecting wall becomes directionally asymmetric when the detectors are oriented perpendicular to the wall, and the preferred direction can be tuned by the detectors' energy gaps.