Future networking of quantum processors such as quantum computers will be realized using
fiber optic interconnects. It is advantageous if these same fibers can carry high-rate classical …

Quantum networks are now starting to appear around the world, but most of these are
focused solely on optical fiber channels. Just as our classical communications are based on …

Multi-institutional quantum networks that connect nodes at a metropolitan scale are being
developed. Those networks face limitations due to the need for synchronous, real-time …

This book fills a gap between experts and non-experts in the field by providing readers with
the basic tools to understand the latest developments in quantum communications and its …

The landscape for quantum computing is rapidly evolving with the development of quantum
computers and the emergence of future science enabling applications being pursued in …

Recently, quantum networks have emerged as a focal point of research and discussion due
to their promise in overcoming the limitations of classical networks, offering unparalleled …

From the Internet and the power grid to financial markets and the brain itself, networks are
critical to the behavior of complex systems [1]. Broadly defined, a network is a set of nodes …

Quantum networking is upon us, which brings unforeseen rewards and challenges. One
such challenge is the coexistence of quantum and classical information in a single standard …

Network Science has been used to model the structure and dynamics of a wide variety of
large-scale complex networks, including Internet connectivity, the WWW, peer-to-peer …

Modern fiber-optic networks leverage massive parallelization of communications channels
in the spectral domain, as well as low-noise recovery of optical signals, to achieve high rates …