Polarisation splitter/combiner based on an antiresonant directional coupler

NRC publication: Ye

Analysis of polarization properties of lateral antiresonant reflecting optical waveguides

NRC publication: Ye

Study of polarization splitter/combiner in high index contrast Bragg reflector waveguides

NRC publication: Ye

A nonlinear antiresonant GaP/AlP multilayer waveguide for efficient, surface-emitted optical mixing

NRC publication: Ye

Hybrid bulk micro-machining process suitable for roughness reduction in optical MEMS devices

NRC publication: Ye

VLSI Circuits and Systems

NRC publication: Ye

Full vectorial simulation for characterizing loss or gain in optical devices with an accurate and automated finite-element program

An efficient, accurate, and automated vectorial finite-element method is described to characterize arbitrarily shaped optical devices having loss or gain properties. The method can be easily implemented inside the pde 2 d software environment, where an interactive session allows the user to specify the problem in a easy-to-use format. For the method to be validated, modal dispersion characteristics of high loss metal-coated optical fibers that have recently been used in applications in scanning near-field optical microscopy are presented and compared with results obtained with two vectorial approaches, i.e., the field expansion and the multiple-multipole methods. These results clearly illustrate the flexibility, accuracy, and ease of implementation of the method.Peer reviewed: YesNRC publication: Ye

SPIE

NRC publication: Ye

Proceedings of 3rd National Optoelectronics Conference in Spanish

NRC publication: Ye

in Silicon-based and hybrid optoelectronics

NRC publication: Ye