Add to ORKGThe contribution outlines modelling techniques for analysis of microresonator-based integrated optical components. A principle of modelling of the time domain characteristics with the help of the spectral characteristics including influence of nonlinear optic effects is carried out. Results applicable in the field all-optical devices are shown
This chapter discusses an ab-initio frequency-domain model of circular microresonators, built on the...
The efficiency of nonlinear processes are limited by two effects: the small absolute scale of the no...
An analytical approach for obtaining linear and nonlinear design parameters of microresonators is pr...
A frequency domain model of multimode circular microresonators for filter applications in integrated...
A spatially three-dimensional (3-D), fully vectorial coupled mode theory model for the interaction b...
The software-hardware complex for investigation of the characteristics in the microresonator structu...
166 pagesThe research work presented in this thesis is related to the study of optical whispering ga...
Microresonators are fundamental building blocks in the growing field of integrated photonics and sev...
A wide, multimode segment of a dielectric optical waveguide, enclosed by Bragg reflectors and evanes...
In this talk, we present our recent results on investigations of microresonators at the University J...
Optical microresonators can form the basis of all-optical switching and control devices. The present...
The spectral behaviour and the real-time operation of Parity-Time (PT) symmetric coupled resonators ...
A wide, multimode segment of a dielectric optical waveguide, enclosed by Bragg reflectors and evanes...
The emergence and progress of optical technologies have enabled them to have a profound effect in te...
In the last years much effort has been taken to arrive at optical integrated circuits with high comp...
This chapter discusses an ab-initio frequency-domain model of circular microresonators, built on the...
The efficiency of nonlinear processes are limited by two effects: the small absolute scale of the no...
An analytical approach for obtaining linear and nonlinear design parameters of microresonators is pr...
A frequency domain model of multimode circular microresonators for filter applications in integrated...
A spatially three-dimensional (3-D), fully vectorial coupled mode theory model for the interaction b...
The software-hardware complex for investigation of the characteristics in the microresonator structu...
166 pagesThe research work presented in this thesis is related to the study of optical whispering ga...
Microresonators are fundamental building blocks in the growing field of integrated photonics and sev...
A wide, multimode segment of a dielectric optical waveguide, enclosed by Bragg reflectors and evanes...
In this talk, we present our recent results on investigations of microresonators at the University J...
Optical microresonators can form the basis of all-optical switching and control devices. The present...
The spectral behaviour and the real-time operation of Parity-Time (PT) symmetric coupled resonators ...
A wide, multimode segment of a dielectric optical waveguide, enclosed by Bragg reflectors and evanes...
The emergence and progress of optical technologies have enabled them to have a profound effect in te...
In the last years much effort has been taken to arrive at optical integrated circuits with high comp...
This chapter discusses an ab-initio frequency-domain model of circular microresonators, built on the...
The efficiency of nonlinear processes are limited by two effects: the small absolute scale of the no...
An analytical approach for obtaining linear and nonlinear design parameters of microresonators is pr...