Read more
Rapid advances in complex macromolecular synthesis and the fabrication of nanostructures have provided expansive opportunities for the development of new materials with unique optical and nonlinear optical properties. Key to continual progress is the establishment of robust structure-property-processing relationships that will provide a framework to evaluate ultimate potential, articulate relevant figures of merit, and engineer materials systems for specific applications. Success necessitates interactions across diverse disciplines spanning theory, synthesis, fabrication, characterization and device evaluation for photonic applications. This book addresses the challenges associated with the synthesis, theory and characterization of new compounds and nanostructured materials that exhibit, or are formed, using unique photophysics. Topics include: nonlinear optical properties materials; nonlinear optical materials; organometallic optical materials; plasmonics; electro-optical and electronic materials; organic and hybrid light-emitting devices; nanocomposite optical materials; and organic photonic bandgap structures.
List of contents
Part I. Nonlinear Optical Properties Materials; Part II. Nonlinear Optical Materials; Part III. Organometallic Optical Materials I; Part IV. Organometallic Optical Materials II; Part V. Plasmonics; Part VI. Electro-optic and Electronic Materials; Part VII. Organic and Hybrid Light Emitting Devices; Part VIII. Nanocomposite Optical Materials; Part IX. Poster Session: Organometallic Optical Materials; Part X. Poster Session: Linear and Nonlinear Optical Properties of Organic and Nanocomposite Materials; Part XI. Poster Session: Organic and Hybrid Light Emitting Devices: Electrical and Optical Properties; Part XII. Organic Photonic Bandgap Structures; Author index; Subject index.
Summary
The MRS Symposium Proceeding series is an internationally recognised reference suitable for researchers and practitioners.
