This chapter focuses on the paradigm shift in design and utilization of organic electro-optic
(OEO) materials that has occurred since 2005 and discusses the potential impact on …

We have developed a series of novel monolithic materials based on molecules previously
explored as dopants in guest–host systems to study intrinsic structure–function relationships …

This chapter deals with the basic concept of silicon-on-insulator (SOI) slot waveguides,
including slot waveguide theory, fabrication steps, and applications. First, in the theory …

Chalcone structures obtained by structural tailoring are an important class of molecular
organic nonlinear optics (NLO) crystals that can be used for multiple purposes. In this work …

Research at the University of Washington regarding organic semiconductors is reviewed,
covering four major topics: electro‐optics, organic light emitting diodes, organic field‐effect …

Data provided by electrochemical studies are of particular interest for nonlinear optical
chromophores being used to predict the properties and search more effective donor …

To enhance the functionality of the standard silicon photonics platform and to overcome its
limitations, in particular for light emission, ultrafast modulation, and nonlinear applications …

Plasmonic-organic hybrid technology affords the potential for exceptional bandwidth,
extremely small footprint, and very low drive voltages resulting in substantially improved …

Barium titanate, BaTi O 3 (BTO), has emerged as a promising electro-optic material with
applications in silicon photonics. It boasts one of the largest known electro-optic coefficients; …

The terahertz range of the electromagnetic spectrum reveals important insights when
studying material properties. An ultra‐broadband terahertz time‐domain spectroscopy …