In this talk, we present our recent results on investigations of microresonators at the University Jena. The work is divided into two parts. In the first part we focus on fabrication and characterization of different nonlinear effects in single silica and hybrid silica-silicon disc microresonators. In the second part we discuss spectral characteristics and light distribution in coupled micro disc resonators as a function of coupling strength and symmetry. The experimental results have been confirmed by theoretical calculations using an exact model based on Mie theory. ©2009 IEEE
Microresonators are fundamental building blocks in the growing field of integrated photonics and sev...
In this paper, optical properties and coupling conditions for microdisk and microgear resonators are...
It is known that the spectra of optical modes supported by microresonators are shape and size depend...
A spectral response of silica and hybrid silica/silicon disc microresonators is investigated and the...
In this paper, optical properties of coupled silica disk microresonators are investigated. The spect...
A spectral response of coupled silica disc microresonators is investigated and light intensity distr...
In this paper a bistable operation of silica micro disc resonators and hybrid ones made of silica/si...
The eigenstates of fused silica coupled disk microresonators of different configuration are investig...
International audienceThe aim of this work is to compare advantages and disadvantages of different t...
International audienceThe aim of this work is to compare advantages and disadvantages of different t...
Optical resonators are structures that allow light to circulate and store energy for a duration of t...
The experimental work that is reported in the thesis explores some properties and possible uses of s...
The experimental work that is reported in the thesis explores some properties and possible uses of s...
In this paper, optical properties and coupling conditions for microdisk and microgear resonators are...
This final year report documents the simulations and experiments of investigating polarization e...
Microresonators are fundamental building blocks in the growing field of integrated photonics and sev...
In this paper, optical properties and coupling conditions for microdisk and microgear resonators are...
It is known that the spectra of optical modes supported by microresonators are shape and size depend...
A spectral response of silica and hybrid silica/silicon disc microresonators is investigated and the...
In this paper, optical properties of coupled silica disk microresonators are investigated. The spect...
A spectral response of coupled silica disc microresonators is investigated and light intensity distr...
In this paper a bistable operation of silica micro disc resonators and hybrid ones made of silica/si...
The eigenstates of fused silica coupled disk microresonators of different configuration are investig...
International audienceThe aim of this work is to compare advantages and disadvantages of different t...
International audienceThe aim of this work is to compare advantages and disadvantages of different t...
Optical resonators are structures that allow light to circulate and store energy for a duration of t...
The experimental work that is reported in the thesis explores some properties and possible uses of s...
The experimental work that is reported in the thesis explores some properties and possible uses of s...
In this paper, optical properties and coupling conditions for microdisk and microgear resonators are...
This final year report documents the simulations and experiments of investigating polarization e...
Microresonators are fundamental building blocks in the growing field of integrated photonics and sev...
In this paper, optical properties and coupling conditions for microdisk and microgear resonators are...
It is known that the spectra of optical modes supported by microresonators are shape and size depend...