… Cayley-tree network evolve … quantum networks and in particular on their size, ie, we estimate
the distance measured over directed paths of a generic node i from the origin of the network …

… That is, we consider a resource state of enlarged size that allows one to fulfill all possible
requests with local operations, and guarantee the full desired functionality of the …

… role in quantum information science, with application to quantum communication, … quantum
network is to distribute entangled flying qubits to spatially separated nodes, at which quantum …

… quantum networks with that of realistic satellite quantum communication protocols, we
establish conditions for which satellites can be used to outperform fiber-based quantum … in size …

… This is just another manifestation of the fact that, irrespective of the underlying quantum
network, the SYK2 model is not a scrambling system. As such, it cannot create any operator size …

… space-based quantum channels. We then introduce a class of modular quantum network …
and readily analyzable framework for hybrid quantum networks. By considering a physically …

… In the context of quantum networks, by entanglement percolation strategies we mean any …
deals with a large 1D network ie, in the limit of infinite size network. Here we prove that the …

… Our theoretical considerations are supported by numerical Monte Carlo simulations for
complex quantum networks with a scale-free size distribution of sequential subgraphs and a small…

… , the quantum repeater works to overcome loss and noise in the quantum channels constituting
a quantum network. … At their early stages, quantum processors will be limited in size and …

… a quantum network: the average connection time and the average largest entanglement cluster
size. … IV, we consider the average largest entanglement cluster size as a figure of merit for …