We Haar uniformly generate random states of various ranks and study their performance in
an entanglement-based quantum key distribution (QKD) task. In particular, we analyze 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 …

In order to understand the resourcefulness of a natural quantum system in quantum
communication tasks, we study the dense coding capacity (DCC) and teleportation fidelity of …

The distribution of typical bipartite pure states is studied within the framework of state
transformation via local operations and classical communication (LOCC). We report the …

We explore the impact of non-Markovian channels on the quantum correlations of Haar
uniformly generated random two-qubit input states with different ranks: Either one of the …

Genuine multimode entanglement in continuous variable systems can be quantified by
exploring the geometry of the state space, namely, via the generalized geometric measure …

We investigate the patterns in distributions of localizable entanglement over a pair of qubits
for random multiqubit pure states. We observe that the mean of localizable entanglement …

The distribution of entanglement in a multiparty system can be described through the
principles of monogamy or polygamy. Monogamy is a fundamental characteristic of …

Unlike quantum correlations, the shareability of classical correlations (CCs) between two
parties of a multipartite state is assumed to be free since there exist states for which CCs for …

Trends of genuine entanglement in Haar uniformly generated multimode pure Gaussian
states with fixed average energy per mode are explored. A distance-based metric known as …