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This book presents the area of Mechanophotonics and the process of fabricating organic photonic integrated circuits (OPICs) using optical crystals and polymer particles through atomic force. It provides the latest developments in focused ion beam milling techniques applied to organic optical crystals to construct organic photonic integrated circuits. After an introduction, the photonic components of OPICs will be presented as well as their properties. Mechanical properties of organic optical crystals are then discussed followed by the mechanical micromanipulation of organic crystals. Last, the author covers the micromanufacturing of organic crystal photonic components using focused-ion beam milling.
Key Features:
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The first book on this emerging topic.
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Provides various organic crystal photonic components for PICs.
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Includes the mechanical properties of organic optical crystals.
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Presents mechanical manipulation of organic flexible crystals.
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Multidisciplinary with interest from those in optics, materials, chemists, physicists, and crystal engineers.
Preface
Acknowledgments
Author biography
List of symbols
List of abbreviations
1 Introduction
2 Properties of organic PIC components
3 Mechanophotonics: mechanical micromanipulation of molecular crystals into various photonic components
4 Organic single-crystal photonic components and integrated circuits
5 Crystal photonics foundry