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Springer eBooks

Quantum Computation and Quantum Communication

Mladen Pavičić

Published Jan 1, 2006• 206 citations
Publisher
DOI
10.1007/978-0-387-28900-7

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WORLD SCIENTIFIC eBooks•Jan 1, 2001•1 citation

Quantum for 6G communication: A perspective

Muhammad Zulfiqar Ali, Abdoalbaset Abohmra, Muhammad Usman +4 more

Abstract In the technologically changing world, the demand for ultra‐reliable, faster, low power, and secure communication has significantly risen in recent years. Researchers have shown immense interest in emerging quantum computing (QC) due to its potentials of solving the computing complexity in the robust and efficient manner. It is envisioned that QC can act as critical enablers and strong catalysts to considerably reduce the computing complexities and boost the future of sixth generation (6G) and beyond communication systems in terms of their security. In this study, the fundamentals of QC, the evolution of quantum communication that encompasses a wide spectrum of technologies and applications and quantum key distribution, which is one of the most promising applications of quantum security, have been presented. Furthermore, various parameters and important techniques are also investigated to optimise the performance of 6G communication in terms of their security, computing, and communication efficiency. Towards the end, potential challenges that QC and quantum communication may face in 6G have been highlighted along with future directions.

IET Quantum Communication•May 31, 2023•64 citations

Quantum Communications

Radhika Ranjan Roy

Quantum communication is a field of applied quantum physics closely related to quantum information processing and quantum teleportation. Quantum information science (QIS) [ 1 ] has been evolving rapidly in recent years in terms of quantum communications and quantum computing (QC). Its most interesting application is protecting information channels against eavesdropping by means of quantum cryptography. It is envisioned that QIS will enable and boost future 6G systems from both communication and computing perspectives. For example, secure quantum communications such as quantum key distribution (QKD) can be leveraged to improve 6G security. QIS mainly consists of four branches: quantum mechanics, QC, quantum communications, and quantum sensing (QS) and metrology. However, Quantum mechanics provides the theoretical foundations and building blocks for quantum communications, QC, and QS and metrology, as depicted in Figure 25.1 .

Auerbach Publications eBooks•Dec 4, 2024•2 citations
Abstract In the technologically changing world, the demand for ultra‐reliable, faster, low power, and secure communication has significantly risen in recent years. Researchers have shown immense interest in emerging quantum computing (QC) due to its potentials of solving the computing complexity in the robust and efficient manner. It is envisioned that QC can act as critical enablers and strong catalysts to considerably reduce the computing complexities and boost the future of sixth generation (6G) and beyond communication systems in terms of their security. In this study, the fundamentals of QC, the evolution of quantum communication that encompasses a wide spectrum of technologies and applications and quantum key distribution, which is one of the most promising applications of quantum security, have been presented. Furthermore, various parameters and important techniques are also investigated to optimise the performance of 6G communication in terms of their security, computing, and communication efficiency. Towards the end, potential challenges that QC and quantum communication may face in 6G have been highlighted along with future directions.
Quantum communication is a field of applied quantum physics closely related to quantum information processing and quantum teleportation. Quantum information science (QIS) [ 1 ] has been evolving rapidly in recent years in terms of quantum communications and quantum computing (QC). Its most interesting application is protecting information channels against eavesdropping by means of quantum cryptography. It is envisioned that QIS will enable and boost future 6G systems from both communication and computing perspectives. For example, secure quantum communications such as quantum key distribution (QKD) can be leveraged to improve 6G security. QIS mainly consists of four branches: quantum mechanics, QC, quantum communications, and quantum sensing (QS) and metrology. However, Quantum mechanics provides the theoretical foundations and building blocks for quantum communications, QC, and QS and metrology, as depicted in Figure 25.1 .