To fully unleash the potentials of quantum computing, several new challenges and open
problems need to be addressed. From a routing perspective, the optimal routing problem, ie …

Advancements in nanotechnology have promised the building of nanomachines capable of
carrying out simple tasks. Final goals of using these nanomachines in applications such as …

Quantum communication can enhance internet technology by enabling novel applications
that are provably impossible classically. The successful execution of such applications relies …

We present an entanglement-generation rate analysis for generic quantum network
architectures composed by repeaters operating through single atoms in optical cavities …

Entanglement distribution via probabilistic entanglement swapping across a quantum
repeater chain connecting two quantum nodes is a challenging problem. The difficulty lies in …

In this work, we describe a routing algebra corresponding to the problem of establishing end-
to-end quantum entanglements between nodes connected through a network of first …

Quantum communication networks enable long-distance qubit transmission and distributed
quantum computation. In this paper, a quantum communication network with heterogeneous …

By defining the coefficient matrix, a new quantum teleportation scheme in quantum wireless
multi-hop network is proposed. With the help of intermediate nodes, an unknown qubit state …

In this thesis, we suggest using nano-relays in a network using molecular com-munication in
free space to improve the performance of the system in terms of delay. An approximation …

In this paper, we propose an entanglement scheme for long-distance, constant-fidelity
communication in quantum networks. We dis⁃ cuss the optimal rate of entanglement that …