Frontiers in Quantum Computing

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Frontiers in Quantum Computing

Frontiers in Quantum Computing

Quantum Computing is an ever-increasing field of interest both from a conceptual and applied standpoint and relates to the possibility to represent, process and manipulate information by using the principles of quantum mechanics. Apart from the theoretical importance of quantum computing to further understand the quantum mechanical behavior of physical systems and the physical foundation of information itself, probably the most interesting feature of Quantum Computing is related to the possibility to design and realize an actual quantum computer which processes information in the form of quantum-bits or qubits. The great interest of scientific community in the realization of such devices mainly concerns the common belief they could be enormously faster than their classical counterparts so allowing their employment in all the applied fields where computational power is key. Further, the study of Quantum Computing, both at the physical and computational level, would be very important for a deeper understanding of the quantum behavior of a very wide range of physical systems. This volume doesn’t mean to represent a complete or a beginner guide to Quantum Computing but has the aim to present some of its most interesting and fascinating developments in different frontier areas related to both theoretical and applied aspects, such, for example, the possibility to realize a quantum superfast “hypercomputing” system using water molecules as physical substrate to process, storage and retrieve information; the connection between quantum computers and quantum gravity; the development of an “instantaneous quantum computer algorithm”; the realization of a universal quantum computer, of a brain-like quantum supercomputer and many others frontiers topics. The target audience of this book is then composed by scientists and researchers interested in the most advanced theoretical and applied developments of quantum computation and quantum information.

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