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Frontiers of Condensed Matter Optics

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  • Data size: 48.38 MB
  • Data language: Chinese version
  • Document format: PDF document
  • Data Category: Physics Books
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Condensed Matter Optics Research Frontline Publication Time: 2014 edition series: Introduction to Photophysics Research Frontier Series Introduction "Photophysical Research Leadership Series: Condensed Optics Research Leadership" is the "12th Five-Year" national key book publishing planning project "Photophysics Research One of the "frontier series", including infrared optical properties and applications of narrow-bandgap semiconductors, group velocity images in specific media, research on the propagation characteristics of light at metal-based interfaces, photodynamic studies of spintronic materials, and low-dimensional oxidation Advanced topics such as the study of optoelectronic physics in physical structures, the magnetic response of light waves and strong coupling effects in metal metastructure materials.
The Frontier Series of Photophysics Research: Frontiers of Condensed Matter Optics Research is available for undergraduates, graduate students and related researchers in the field of optics and physics.
table of Contents
1 Infrared optical properties of narrow bandgap semiconductors and their applications / Dai Ning
1.1 Overview of the Basic Characteristics of Narrow Bandgap Semiconductors
1.2 Narrow band gap semiconductor materials and their basic characteristics
1.3 Principles and Applications of Typical Infrared Optoelectronic Devices

2 Group velocity images in metamaterials
2.1 Introduction
2.2 Hyperbolic Hyperinterface: A Bridge Between Transitional and Evanescent Waves
2.3 Evanescent wave detection method of vacuum polarization
2.4 Time-coherent gain of negative-index superlens imaging
2.5 Physical image and key factors of the dynamic process of dispersive cloaks
2.6 Physical Limits of Dispersive Cloaks
2.7 Unidirectional Optical Transmission Based on Magnetic Domain Structure
2.8 Bullet-like Light Pulses in Photonic Crystals
2.9 summary

3 Study on the Propagation Characteristics of Light at the Metal-Based Interface / Chen Liangyao Zheng Yuxiang Wang Songyou
3.1 Introduction
3.2 Free electron gas model and optical constant of metal
3.3 Refraction characteristics of light at the metal-based interface
3.4 Effect of Surface Plasma Waves on Light Transmission in Metals
3.5 Summary

4 Photodynamic Studies of Spin Electron Materials / Zhao Haibin
4.1 Theoretical description of spin magnetic moment dynamics
4.2 Optical Techniques in Spin Dynamics Research
4.3 Photoinduced demagnetization and ferromagnetic phase transition
4.4 Photoinduced spin precession
4.5 Photoinduced Spin Inversion
4.6 Interfacial Spin and Antiferromagnetic Spin Dynamics
4.7 Summary and Outlook

5 Optoelectronic Physics in Low-Dimensional Oxide Structures
5.1 Introduction
5.2 Perovskite oxide
5.3 Preparation of perovskite oxide heterojunction
5.4 Longitudinal photoelectric effect of perovskite oxide heterostructure
5.5 Transverse photoelectric effect of perovskite oxide heterojunction
5.6 Summary and Outlook

6 Magnetic Response and Strong Coupling Effects of Light Waves in Metal Metamaterials / Liu Hui Zhu Shining
6.1 Background
6.2 Magnetic resonance molecules
6.3 One-dimensional magnetic vibrator chain
6.4 Magnetic plasmon crystal
6.5 Summary and Outlook


凝聚态光学研究前沿 Research Front of Condensed State Optics

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