Wireless Quantum Networks, Volume 2: Quantum Vs Post Quantum Security: Algorithms and Design Technology

Comprehensive description of the principles, algorithms, design technology, quantum machine learning and quantum physics in quantum computing and communications

A standalone volume moving from introductory to advanced level, Wireless Quantum Networks Volume 2 provides a step-by-step approach to the subject, with numerous design examples, replacing the classical concept of using "problems and solutions" addendums at the end of the chapters/book, interspersed throughout for students to work on.

Further reading is available in Wireless Quantum Networks Volume 1: Intelligent Continuous Variable Technology.

Sample topics covered in Wireless Quantum Networks Volume 2 include:

• Distributed quantum computing (QC), which requires quantum networks (QN) to enable connections between quantum computers
• General QC algorithms and communication, QC and artificial intelligence (quantum machine learning), quantum cyber security, quantum circuit design, and related quantum physics phenomena
• Advanced research areas in which quantum technology is becoming a part of, including communications, medicine, biotechnology, chemistry, and more
• Quantum key distribution over optical and sub optical bands (Terahertz) including wavelengths significantly lower than optical, QC reinforcement learning based protocols, satellite QN, post-quantum cryptography, qubit physics, and implementation examples
• QN optimization, Q Memories and QN Stability

Wireless Quantum Networks Volume 2 is an essential learning resource on the subject for professional computer science and communication engineers, researchers, and under/post-graduate students. It is also a useful reference for regulators in industry seeking to gain an understanding of the subject and complexities of the field.