Add to ORKGThe experimental demonstration of a novel integrated optical isolator concept is presented. By using a transversely magnetized ferromagnetic metal as the electric contact of an active waveguide structure, the transverse magneto-optic Kerr effect induces non-reciprocal loss of the TM guided mode. Based on this principle we designed, fabricated and characterized the first version of an optical isolator easily integrable with standard InP-based active devices. Experimental results on these first demonstrators show an isolation ratio of 2.0 dB/mm
Here we present an integrated isolator design based on nonreciprocal coupling into a magnetooptic su...
Magnetless thin film optical isolators have been demonstrated that feature less than 1 dB insertion ...
Transversely magnetised ferromagnetic metallic contact layers, sputtered on top of InP-based semicon...
Abstract – The experimental realization of an InP-based integratable optical isolator is presented. ...
Abstract: Based on the use of a transversally magnetized ferromagnetic metal as the electric contact...
Abstract: We present the development of a metal-semiconductor contact for a TM-mode amplifying waveg...
International audienceThe design, fabrication, and characterization of an amplifying transverse magn...
Abstract—We have demonstrated an amplifying waveguide optical isolator with an integrated electromag...
Abstract: We present the development of a monolithically integratable optical isolator. The device i...
Recently an optical isolator was reported in InP/InGaAsP, using the magneto-optic effect in an SOA w...
We have demonstrated an amplifying waveguide optical isolator with an integrated electromagnet. This...
We present the development of a metal-semiconductor contact for a TM-mode amplijying waveguide optic...
The optimization design of the layer structure for a novel type of a 1.3 m monolithically integrated...
A major issue in integrated optics is the protection of on-chip lasers against undesired external fe...
The objective of this study is to theoretically devise an on-chip optical isolator which is monolith...
Here we present an integrated isolator design based on nonreciprocal coupling into a magnetooptic su...
Magnetless thin film optical isolators have been demonstrated that feature less than 1 dB insertion ...
Transversely magnetised ferromagnetic metallic contact layers, sputtered on top of InP-based semicon...
Abstract – The experimental realization of an InP-based integratable optical isolator is presented. ...
Abstract: Based on the use of a transversally magnetized ferromagnetic metal as the electric contact...
Abstract: We present the development of a metal-semiconductor contact for a TM-mode amplifying waveg...
International audienceThe design, fabrication, and characterization of an amplifying transverse magn...
Abstract—We have demonstrated an amplifying waveguide optical isolator with an integrated electromag...
Abstract: We present the development of a monolithically integratable optical isolator. The device i...
Recently an optical isolator was reported in InP/InGaAsP, using the magneto-optic effect in an SOA w...
We have demonstrated an amplifying waveguide optical isolator with an integrated electromagnet. This...
We present the development of a metal-semiconductor contact for a TM-mode amplijying waveguide optic...
The optimization design of the layer structure for a novel type of a 1.3 m monolithically integrated...
A major issue in integrated optics is the protection of on-chip lasers against undesired external fe...
The objective of this study is to theoretically devise an on-chip optical isolator which is monolith...
Here we present an integrated isolator design based on nonreciprocal coupling into a magnetooptic su...
Magnetless thin film optical isolators have been demonstrated that feature less than 1 dB insertion ...
Transversely magnetised ferromagnetic metallic contact layers, sputtered on top of InP-based semicon...