Multi-dimensional Optical Storage [electronic resource] /
Xu, Duanyi.author.
This book presents principles and applications to expand the storage space from 2-D to 3-D and even multi-D, including gray scale, color (light with different wavelength), polarization and coherence of light. These actualize the improvements of density, capacity and data transfer rate for optical data storage. Moreover, the applied implementation technologies to make mass data storage devices are described systematically. Some new mediums, which have linear absorption characteristics for different wavelength and intensity to light with high sensitivity, are introduced for multi-wavelength and multi-level optical storage. This book can serve as a useful reference for researchers, engineers, graduate and undergraduate students in material science, information science and optics. .
Description based upon print version of record.
Intro; Foreword; Preface; Contents; 1 Introduction; 2 Mechanism of Multidimensional Optical Storage; 3 Recording Materials and Process; 4 Super Resolution and Laser Sources; 5 Multi-wavelength and Multi-level (MW/ML) Storage Systems; 6 Tridimensional (3D) Optical Storage; 7 Volume Holography and Dynamic Static Speckle Multiplexing; 8 Multitrack Superposed and Polarized Recording; Appendix A: Constants of Physics and Chemistry; Appendix B: Mathematical Symbols; Appendix C: Calculation Symbols; Appendix D: Symbols of Probability Analysis; Appendix E: Symbol of Measurement Unite; Bibliography
1.1 Look Back on Optical Digital Data Storage1.2 Research and Development of Optical Storage in China; 1.3 The Advanced Efforts for Multi-dimension Optical Storage; 1.4 Frontier Science and Technologies Related to Optical Storage; 1.5 Big Data Storage and Application; References; 2.1 Photophysics and Photochemistry; 2.2 Photoinduced Electron Transfer Process; 2.3 Other Actions of Photon to Materials; 2.4 Photophysical Properties of Organometallic Polymers; 2.5 Inorganic Photochemistry and Photocatalysis; 2.6 Reaction Control; 2.7 Photoinitiation of Radical Reactions
2.8 Insertion Rate and Effective Capacity of Multidimensional StorageReferences; 3.1 Inorganic-Organic Composite Materials; 3.2 Photochromic Reaction in Recording Materials; 3.3 Structure and Testing of Medium; 3.4 Model of Writing; 3.5 Quantitative Evaluation for Absorbable Spectrum of Medium; 3.6 The Reflectivity and Sensitivity; 3.7 Written Time Constant and Crosstalk; 3.8 Non-destructive Readout; References; 4.1 Optical Super Resolution and Micro-aperture Laser; 4.2 Micro-aperture Semiconductor Laser; 4.3 Optically Injected Quantum Dot Lasers; 4.4 Quantum Dot Laser Model
4.5 Impact of the Pump Current on the Dynamics4.6 Photon Rate Equation; 4.7 Static/Dynamic Characteristics of QD Lasers; 4.8 Femtosecon, UV, and Multiwavelength Lasers; References; 5.1 Configuration of MW/ML Storage Optical System; 5.2 Optical Channel Characteristics; 5.3 Modulation and Code; 5.4 The Error Correction; 5.5 Multi-level CD-ROM; 5.6 Multi-level Run-Length Limited Modulation Code; 5.7 Multi-level Blu-Ray Disc Drive; 5.8 Rewritable Multi-level Storage; References; 6.1 Two-Photon Multilayer Storage; 6.2 Vertical Resolution of 3D Optical Storage
6.3 Stereo-Multidimensional Storage Medium6.4 Multilayer Parallel Read/Write; 6.5 Adaptive Aberration Correction; 6.6 Stereo Optical Solid State Memory; 6.7 Multivalued Polarization-Sensitive Storage; 6.8 Multidimensional Codes; References; 7.1 Evolution of Volume Holographic Storage; 7.2 Performances and Evaluation of Medium; 7.3 Classification and Comparison of Multiplexing Schemes; 7.4 Multiwavelength Volume Holography Storage; 7.5 Dynamic Speckle Static Multiplexing (DSSM); 7.6 Hybrid Speckle Multiplexing with DSSM; 7.7 The Relationship of DSSM Selectivity and Speckle Size
7.8 Sequence Exposure Method in DSSM System
Includes bibliographical references.
This book presents principles and applications to expand the storage space from 2-D to 3-D and even multi-D, including gray scale, color (light with different wavelength), polarization and coherence of light. These actualize the improvements of density, capacity and data transfer rate for optical data storage. Moreover, the applied implementation technologies to make mass data storage devices are described systematically. Some new mediums, which have linear absorption characteristics for different wavelength and intensity to light with high sensitivity, are introduced for multi-wavelength and multi-level optical storage. This book can serve as a useful reference for researchers, engineers, graduate and undergraduate students in material science, information science and optics. .
Lasers.
Photonics.
Information storage and retrieval.
Microwaves.
Optical engineering.
Quantum computers.
Spintronics.
Optics, Lasers, Photonics, Optical Devices.
Information Storage and Retrieval.
Microwaves, RF and Optical Engineering.
Quantum Information Technology, Spintronics.