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Journal of Modern Optics

Preface

Published Feb 21, 2006• 4 citations
Publisher

Abstract

This special issue is devoted to Quantum Imaging, a very interesting and actively developing area of quantum physics and quantum optics research. The majority of papers in this issue are based on p...
DOI
10.1080/09500340600589382

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Editors' preface

John David Barrow, P. C. W. Davies, Charles L. Harper

This book project began as part of a special program, Science and Ultimate Reality , developed in honor of the ninetieth birthday of renowned theoretical physicist John Archibald Wheeler. Having long yearned for a comprehensive, integrated understanding of the nature of the universe, Wheeler has blended scientific rigor with an unusually adventurous approach to research in physics and cosmology over a career spanning almost 70 years. Known for investigating many of the most fundamental and challenging issues in physics, Wheeler has often worked at the frontiers of knowledge where science and philosophy meet, probing the deep nature of physical reality. His vision, shaped in part by his influential mentor Niels Bohr, still flourishes today amid ongoing research activities pursued by several generations of those he has influenced over the course of much of the twentieth century. With Wheeler as its inspiration, the Science and Ultimate Reality program was developed with a focus on the future. It brought together a carefully selected group of outstanding contemporary research leaders in the physics community to explore the frontiers of knowledge in areas of interest to Wheeler and to map out major domains and possibilities for far-reaching future exploration. Its two principal components – (1) this book and (2) a previously held symposium – were developed to take Wheeler's vision forward into a new century of expanding discovery.

Cambridge University Press eBooks•Apr 22, 2004•0 citations

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We provide a brief overview of the newly born field of quantum imaging, and discuss some concepts that lie at the root of this field.

Journal of Optics B Quantum and Semiclassical Optics•Mar 25, 2002•0 citations
Abstract In today’s rapidly evolving quantum landscape, the generation and manipulation of quantum light not only represent fundamental challenges but also herald unprecedented opportunities in communication, computing, sensing, and imaging. This special issue brings together a collection of contributions that span the entire journey, from the creation of quantum light using novel materials and emitters to its seamless integration into photonic architectures and eventual deployment in advanced quantum applications. This special issue, “ Quantum Light: Creation, Integration, and Applications ,” features a collection of three review articles, five perspectives, and 23 original research papers, highlighting both the timeliness of the topic and the remarkable breadth and richness of ongoing advancements in the field.
This book project began as part of a special program, Science and Ultimate Reality , developed in honor of the ninetieth birthday of renowned theoretical physicist John Archibald Wheeler. Having long yearned for a comprehensive, integrated understanding of the nature of the universe, Wheeler has blended scientific rigor with an unusually adventurous approach to research in physics and cosmology over a career spanning almost 70 years. Known for investigating many of the most fundamental and challenging issues in physics, Wheeler has often worked at the frontiers of knowledge where science and philosophy meet, probing the deep nature of physical reality. His vision, shaped in part by his influential mentor Niels Bohr, still flourishes today amid ongoing research activities pursued by several generations of those he has influenced over the course of much of the twentieth century. With Wheeler as its inspiration, the Science and Ultimate Reality program was developed with a focus on the future. It brought together a carefully selected group of outstanding contemporary research leaders in the physics community to explore the frontiers of knowledge in areas of interest to Wheeler and to map out major domains and possibilities for far-reaching future exploration. Its two principal components – (1) this book and (2) a previously held symposium – were developed to take Wheeler's vision forward into a new century of expanding discovery.