We investigate the possibility of multiple uses of a single copy of a three-qubit state for
detecting genuine tripartite Einstein-Podolsky-Rosen (EPR) steering. A pure three-qubit …

Two spatially separated observers, Alice and Bob, share a bipartite two-qubit entangled
state and perform measurements to witness entanglement. After their measurements, they …

Quantum steering exhibits an inherent asymmetric property that differs from both quantum
entanglement and Bell nonlocality, which leads to no-way, one-way, and two-way steering …

We investigate the scenario where an observer, Alice, shares a two-qubit state with an
arbitrary number of observers, Bobs, via sequentially and independently recycling the qubit …

Nonlocality sharing for a three-qubit system via multilateral sequential measurements was
deeply discussed. Nonlocality sharing based on the multiple violations of Mermin-Ardehali …

In an entanglement swapping scenario, if two sources distributing entangled states between
three parties are independent, local correlations lead to a different kind of inequality than the …

Generating entanglement between more parties is one of the central tasks and challenges in
the backdrop of building quantum technologies. Here we propose a measurement-based …

This study delves into measurement strategies within a scenario where multiple pairs of
Alices and Bobs independently and sequentially observe entangled states. The goal is to …

Experimental detection of entanglement certainly disturbs the underlying shared state. It is
possible that the entanglement content of the system is lost in the process of its detection …

Complications in preparing and preserving quantum correlations stimulate recycling of a
single quantum resource in information processing and communication tasks multiple times …