"Quantum Information Science: Recent Advances and Computational Science Applications" ed. by René Steijl

This book presents a collection of chapters highlighting advances in research work in quantum computing and quantum communication.

Quantum computing research is a very active and diverse area of research. In this book, the main focus is on quantum computing for computational science and engineering applications. Research work related to computational fluid dynamics, as well as more general scientific computing aspects, is considered. The second part of the book details work in quantum communication, with a particular focus on work related to securing communication within a network of computers using concepts from quantum mechanics. The final part of the book introduces the reader to quantum neural networks, quantum dynamical systems, as well as a new framework that represents probability in quantum information science. The seven chapters cover a wide range of contributions in a very active area of research.

Contents
1. Quantum Computing for Simulation of Fluid Dynamics
2. Floating-Point Arithmetic with Consistent Rounding on a Quantum Computer
3. Robust Quantum Algorithms for Early Fault-Tolerant Quantum Computing
4. Quantum Key Distribution Approaches
5. Vulnerability of Quantum Information Systems to Collective Manipulation
6. Unitary Maps and Quantum Artificial Neural Networks
7. An Alternative Approach to Probability in Quantum Information Science


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