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本書分為基本概念、測量方法和實驗結果三部分，全面討論了固體的光學性能，介紹了電磁場傳播的基本理論及其與凝聚態的相互作用，適用于凝聚態物理學、材料科學和光學工程等專業的高年級本科生、研究生和相關專業的科研人員。
本書主要包括：（一）概念與特點：物質輻射的相互作用；光學常數的基本特點；介質——相關函數與響應函數；金屬；半導體；金屬的對稱破損態。（二）方法：技術——一般原理；電磁波的傳播與散射；光譜原理；測量位形。（三）實驗：金屬；半導體；金屬的對稱破損態。

Preface
1. Introduction
Part One: Concepts and Properties
2. The interaction of radiation with matter
2.1 Maxwells's equations for time-varying fields
2.2 Propagation of electromagnetic waves in the medium
2.3 Optical constants
2.4 changes of electromagnetic radiation at the interface
3. General properties of the optical constants
3.1 Longitudinal and transverse responses
3.2 Kramers-Kronig relations and sum rules
4. The medium: correlation and response functions
4.1 Current-current correlation functions and conductivity
4.2 the semiclassical approach
4.3 Response function formalism and conductivity
5. Metals
……
6. Semiconductors
7. Broken symmetry states of metals
Part Two: Methods
8. Techniques: general considerations
9. Propagation and scattering of electromagnetic waves
10. Spectroscopic principles
11. Measurement configurations
Part Three: Experiments
12. Metals
13. Semiconductors
14. Broken symmetry states of metals
Part Four: Appendices
Index