Entanglement is nowadays considered as a key quantity for the understanding of
correlations, transport properties and phase transitions in composite quantum systems, and …

One of the greatest challenges in the fields of quantum information processing and quantum
technologies is the detailed coherent control over each and every constituent of quantum …

The estimation of the decoherence process of an open quantum system is of both theoretical
significance and experimental appealing. Practically, the decoherence can be easily …

We consider the propagation of two photonic qubits, initially maximally entangled in their
orbital angular momenta (OAM), across a weakly turbulent atmosphere. By introducing the …

We explore how entanglement of a bipartite system evolves when one subsystem
undergoes the action of an arbitrary noisy channel. It is found that the dynamics of …

The evolution of high-dimensional entanglement in atmospheric turbulence is investigated.
We study the effects of turbulence on photonic states generated by spontaneous parametric …

A simple relation is established for the evolution equation of quantum-information-
processing protocols such as quantum teleportation, remote state preparation, Bell …

We introduce and investigate a family of entanglement-annihilating channels. These
channels are capable of destroying any quantum entanglement within the system they act …

We address the problem of the robustness of entanglement of bipartite systems (qubits)
interacting with dynamically independent environments. In particular, we focus on the …

When a pair of photons that are entangled in terms of their transverse modes, such as an
orbital angular momentum (OAM) basis, propagates through atmospheric turbulence, the …