Add to ORKGSpecific fibre modes are deliberately excited in a few-mode and multimode fibre using holography. The same system is also used to demonstrate holography's ability to detect and route individual fibre modes. © 2011 Optical Society of America
By selectively launching and detecting separate mode groups in a highly multimode (polymer) optical ...
We show mode-multiplexed transmission over individual mode groups up to 9 groups of a 27 km long gra...
The steady increase of bandwidth demand in worldwide communications has revived the interest about m...
Specific fibre modes are deliberately excited in a few-mode and multimode fibre using holography. Th...
This paper demonstrates how techniques from computational holography can be employed to significantl...
Optical waveguides form the backbone of the internet and have also been a driving technology in medi...
Holographic control of randomized light opens up new ways for imaging and manipulation. We present a...
Recent adaptive holographic equalization experiments in multimode fiber demonstrate the advantage of...
Each mode of a multimode fibre is excited using binary phase patterns on a Spatial Light Modulator a...
For a conventional launch into an MMF, a large number of modes are excited, entailing significant mo...
We demonstrate that a structured light intensity pattern can be produced at the output of a multi-mo...
International audienceThe modes properties of highly multimode optical fibre are governed by the ray...
The principle of Angular Multiplexing to realise independent communication channels in a relatively ...
A spatial light modulator at the transmitter is used in conjunction with a standard multimode couple...
Part A: Spatial Mode-Division Multiplexing: As the capacity limits of single-mode optical fibre are ...
By selectively launching and detecting separate mode groups in a highly multimode (polymer) optical ...
We show mode-multiplexed transmission over individual mode groups up to 9 groups of a 27 km long gra...
The steady increase of bandwidth demand in worldwide communications has revived the interest about m...
Specific fibre modes are deliberately excited in a few-mode and multimode fibre using holography. Th...
This paper demonstrates how techniques from computational holography can be employed to significantl...
Optical waveguides form the backbone of the internet and have also been a driving technology in medi...
Holographic control of randomized light opens up new ways for imaging and manipulation. We present a...
Recent adaptive holographic equalization experiments in multimode fiber demonstrate the advantage of...
Each mode of a multimode fibre is excited using binary phase patterns on a Spatial Light Modulator a...
For a conventional launch into an MMF, a large number of modes are excited, entailing significant mo...
We demonstrate that a structured light intensity pattern can be produced at the output of a multi-mo...
International audienceThe modes properties of highly multimode optical fibre are governed by the ray...
The principle of Angular Multiplexing to realise independent communication channels in a relatively ...
A spatial light modulator at the transmitter is used in conjunction with a standard multimode couple...
Part A: Spatial Mode-Division Multiplexing: As the capacity limits of single-mode optical fibre are ...
By selectively launching and detecting separate mode groups in a highly multimode (polymer) optical ...
We show mode-multiplexed transmission over individual mode groups up to 9 groups of a 27 km long gra...
The steady increase of bandwidth demand in worldwide communications has revived the interest about m...