目录 Chapter 1The latest development in photonic memory
1.1New developments in photonics
1.2Other big data storage technology
1.3Photonic quantum for memory
1.4Controllable-dipole quantum memory
1.5Maxwell-Bloch equations
1.6Raman-type optical quantum memory
1.7Precision of spin-echo-based quantum memories
1.8Integrated photonics for memory
1.9Photonic integration solid state memory
1.10Other new quantum memory technologies
1.10.1Ultraviolet photonic storage
1.10.2Plasmonic optical storage
1.10.3X-ray storage
1.10.4Nano-probe and molecular polymer storage
1.10.5Electronic quantum holography
1.10.6Compositive application of the different principles
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内容摘要 The author Professor Duanyi Xu began to research principles of photonics quantum memory in 1990s earlyprovided the data on which future theories a few of remark for photonics memory.That bear out the current thermaleffects optical memory,which will replaced by photonic quantum effects of reaction speed in the future.As quantumphotonic memory is a rapidly developing field of research spanning both photonics and materials science.Therefore,he incorporated this research into the national key basic research project under his responsibility.Professor Duanyi Xu collected his research in recent years and up to date literatures in the world,systematic introduces the principles ofphotonics quantum memory and engineering implementation,examines the impact new technologies and challenges,summary and offers a thought-provoking and entertaining vision about quantum photonic memory to write thismonograph Advanced Quantum Photonics Memory.This book introduced with more space to present a variety of newprinciples and techniques for quantum photonic memory,such as nano-photonic nonlinear-optics quantum memories,quantum entanglement memory,photochemistry solid-state memory,optical physics memory and dynamic quantummemory etc.
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