International audienceWe propose and demonstrate a method to realize an easily tunable non-reciprocal wave retarder whose phase retardation depends on the light propagation direction. The system is based on a combination of a reciprocal polarization rotator, a non-reciprocal magneto-optical rotator, and two quarter-wave plates. Experimental tests demonstrate various non-reciprocal functionalities in complete agreement with the underlying theoretical concept
Diese Arbeit präsentiert neue Konzepte für die Integration von nicht-reziproken optischen Komponente...
We report the nonreciprocal behavior of an optical coupler consisting of two straight waveguides for...
General compensation rules in retracing circuits containing different kinds of birefringence, either...
International audienceWe propose and demonstrate a method to realize an easily tunable non-reciproca...
Restricted Access.We show that a device consisting of an optical rotator placed between two identica...
A quarter-wave plate combined with a mirror realizes a pure rotator on the reflected beam, hence it ...
A guided-wave rotating retarder has been developed. The device is based on the generation of a rotat...
A single half-wave retarder can be used to rotate the plane of polarization of a linearly polarized ...
Rokas Rutkauskas Investigation and Research of Non-reciprocal Transmission of Light Beam Based on Sa...
In this communication we recognize that it is possible to cancel out the effects of the non-reciproc...
Photonic integrated circuits (PICs) are a promising enabling technology for high bandwidth communica...
An optical resonator system comprises an optical resonator (30) and means (32, 42, 44) for coupling ...
A polarization-independent waveguide optical isolator based on nonreciprocal interference is propose...
International audienceWe theoretically suggest and experimentally demonstrate a broadband composite ...
International audienceThe simplest Micro-Ring Resonator consists of an input–output directional coup...
Diese Arbeit präsentiert neue Konzepte für die Integration von nicht-reziproken optischen Komponente...
We report the nonreciprocal behavior of an optical coupler consisting of two straight waveguides for...
General compensation rules in retracing circuits containing different kinds of birefringence, either...
International audienceWe propose and demonstrate a method to realize an easily tunable non-reciproca...
Restricted Access.We show that a device consisting of an optical rotator placed between two identica...
A quarter-wave plate combined with a mirror realizes a pure rotator on the reflected beam, hence it ...
A guided-wave rotating retarder has been developed. The device is based on the generation of a rotat...
A single half-wave retarder can be used to rotate the plane of polarization of a linearly polarized ...
Rokas Rutkauskas Investigation and Research of Non-reciprocal Transmission of Light Beam Based on Sa...
In this communication we recognize that it is possible to cancel out the effects of the non-reciproc...
Photonic integrated circuits (PICs) are a promising enabling technology for high bandwidth communica...
An optical resonator system comprises an optical resonator (30) and means (32, 42, 44) for coupling ...
A polarization-independent waveguide optical isolator based on nonreciprocal interference is propose...
International audienceWe theoretically suggest and experimentally demonstrate a broadband composite ...
International audienceThe simplest Micro-Ring Resonator consists of an input–output directional coup...
Diese Arbeit präsentiert neue Konzepte für die Integration von nicht-reziproken optischen Komponente...
We report the nonreciprocal behavior of an optical coupler consisting of two straight waveguides for...
General compensation rules in retracing circuits containing different kinds of birefringence, either...