Resource prioritization and balancing for the quantum internet

Abstract

The quantum Internet enables networking based on the fundamentals of quantum mechanics. Here, methods and procedures of resource prioritization and resource balancing are defined for the quantum Internet. We define a model for resource consumption optimization in quantum repeaters, and a strongly-entangled network structure for resource balancing. We study the resource-balancing efficiency of the strongly-entangled structure. We prove that a strongly-entangled quantum network is two times more efficient in a resource balancing problem than a full-mesh network of the traditional Internet.

A Local Area Quantum Teleportation Network Based on an Array of Electrically Activated Graphene Waveguide

“…However, the transfer fidelity is severely degraded by separating distances [4]. Despite the tremendous progress that has been made in developing quantum repeaters and relaying quantum information over long distances [5,6], quantum repeaters with practical modalities have yet to be implemented [7,8]. However, small-scale quantum networks have been realized by implementing entanglements between distant quantum nodes.…”

Scalable distributed gate-model quantum computers

“…As an adequate answer to the quantum supremacy of quantum computers, the development of the quantum Internet 30 – 43 has already started both in theory and experiment 32 , 34 , 36 , 39 , 44 – 46 , with a primary aim to provide unconditional security with advanced network services 31 – 34 , 36 , 38 , 41 , 44 – 64 . A common attribute of quantum computer architectures and the quantum Internet 30 , 31 , 52 , 65 – 119 , from an abstract theoretical point of view, are scalable distributed quantum systems 120 – 137 . Performing quantum computation in a distributed quantum system can also be approached as a maximization problem since a computational problem fed into the quantum system defines an objective function.…”