When two qubits are prepared in a mixture of two Bell states and exposed to local
transmission channels, the dynamics of steerability, Bell nonlocality, and average steered …

We investigate the behavior of tripartite entanglement and entropy disorder in three non-
interacting qubits that are first prepared in a mixture state containing Greenberger–Horne …

The uncertainty principle imposes a limitation on the measurement accuracy of two
incompatible observables and has potential applications in quantum information science …

We investigate nonlocal advantage of quantum coherence (NAQC) in a correlated
dephasing channel modeled by the multimode bosonic reservoir. We obtain analytically the …

Long-term preservation of quantum coherence and entanglement is indispensable for
practical quantum computation. We study the evolution of quantum coherence and genuine …

The remote control of coherence is a crucial step for its application in quantum computation.
The maximal steered coherence (MSC) and its conversion to entanglement in multiple …

Sequential sharing of nonlocal correlation is inherently related to its application. We address
the question as to how many observers can share the nonlocal advantage of quantum …

The effects of classical correlations and associated decoherence on the fidelity dynamics of
two qubits initially prepared in maximally entangled (ME) and coherent states are examined …

Joint remote state preparation is an important method to transmit quantum information with
more senders and higher security. In this paper, we present a deterministic joint remote state …

In this study, we introduce an online public quantum computation platform, named as ScQ,
based on a 1D array of a 10-qubit superconducting processor. Single-qubit rotation gates …