Organic Materials for Photonics book cover

Organic Materials for Photonics

Science and Technology

Polyconjugated organic materials are revealing amorphous electrical and non-linear optical properties; this fact is opening up a whole new field of Materials Science aimed at the development of new technologies. For many years inorganic materials were studied mostly for non-linear optical properties. When organic molecules began to show larger and faster responses, both physical chemists and organic chemists became involved in understanding the physical phenomena at a molecular level, with the hope of synthesizing new and better molecular systems. The non-linear optical responses of this class of organic materials are presently attracting considerable attention as an active field of research both in academic and industrial laboratories.

Due to the variety of problems and techniques involved, students and beginners with different backgrounds who approach polyconjugated materials do not find it an easy field to enter. This book introduces in a comprehensive and tutorial way the necessary concepts and relevant references which will help the reader to grasp the fundamental concepts of polyconjugated organic materials and perceive the relations between them.

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Published: July 1993

Imprint: North-holland

ISBN: 978-0-444-89916-3

Contents

  • Sections: I. 1. Introduction. 2. Optronics (W. Frank). II. Isolated Molecules. 3. Molecular optics (M. Gussoni et al.). 4. Molecular electronic spectroscopy (B.E. Kohler). 5. Kinetics of charged excitations in conjugated polymers. An example for the application of picosecond- and femtosecond spectroscopy (H. Bleier). 6. Experimental methods for picosecond spectroscopy and applications to polyacetylene (Z.V. Vardeny). 7. Electronic and nonlinear optical properties of conjugated molecules and polymers: A quantum chemistry approach (J.L. Bredas). 8. Synthesis and manipulation of conjugated hydrocarbon polymers (W.J. Feast). III. Optics of Condensed Media. 9. Optics of media (G. Leising). 10. Optics in crystals; application to phase-matching in quadratic nonlinear anisotropic media (I. Ledoux). 11. Measurement of nonlinear optical susceptibilities (C. Bubeck). IV. Applications and Devices. 12. Electrooptic with polymers (P. Robin). 13. Polymeric optical nonlinear X[2] waveguiding devices (G.R. Molhmann). 14. A heuristic view of NLO processes in conjugated polymers (S. Etemad). 15. General principles of waveguides (A.P. Persoons). 16. Waveguide structures for integrated optics (W. Knoll). 17. Photoresists (S. Birkle et al.). 18. Organic materials in optical data storage (G.H.W. Buning). 19. Digital optical computing (R.H. Brenner).

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