AbstractThis paper is reporting design and simulation of a pixelated-core large pitch optical fibre. With this new design, existence of higher order modes, mode instability at high power levels, mode shrinking and gain reduction upon bending has been solved and the bending loss is negligible in the frequently used bending radius of 3cm to 5cm. Even down to 3mm bending radius, magnitude of bending loss can also be suppressed by three orders
The large-pitch fiber design and its fundamental operating principle – the delocalization of higher-...
International audienceTo prevent the thermally induced spatial beam degradation occurring in high-po...
International audienceWe report on the first high power laser emission of a solid triple-clad fully-...
AbstractThis paper is reporting design and simulation of a pixelated-core large pitch optical fibre....
This paper is reporting design and simulation of a pixelated-core large pitch optical fibre. With th...
We propose a novel fiber that offers excellent suppression of higher-order-modes with loss higher th...
International audienceThis communication intends to summarize the recent strides carried out by the ...
This paper was published in Optics Letters and is made available as an electronic reprint with the p...
In this paper, a refractive index pro. le design enabling us to obtain a. at modal field around the ...
A scalable fiber design for ytterbium-doped high performance fiber lasers and amplifiers will be pre...
We propose novel optical fiber for extremely large mode area with flat-top output beam. Numerical si...
Fiber lasers and fiber amplifiers have experienced considerable improvements in recent years and dem...
We review the progress towards multi-trench fibers for high power fiber laser applications. Such fib...
International audienceThis communication presents the latest designs, fabrication steps and first re...
International audienceSince the double-clad fiber architectures development, fiber-based laser have ...
The large-pitch fiber design and its fundamental operating principle – the delocalization of higher-...
International audienceTo prevent the thermally induced spatial beam degradation occurring in high-po...
International audienceWe report on the first high power laser emission of a solid triple-clad fully-...
AbstractThis paper is reporting design and simulation of a pixelated-core large pitch optical fibre....
This paper is reporting design and simulation of a pixelated-core large pitch optical fibre. With th...
We propose a novel fiber that offers excellent suppression of higher-order-modes with loss higher th...
International audienceThis communication intends to summarize the recent strides carried out by the ...
This paper was published in Optics Letters and is made available as an electronic reprint with the p...
In this paper, a refractive index pro. le design enabling us to obtain a. at modal field around the ...
A scalable fiber design for ytterbium-doped high performance fiber lasers and amplifiers will be pre...
We propose novel optical fiber for extremely large mode area with flat-top output beam. Numerical si...
Fiber lasers and fiber amplifiers have experienced considerable improvements in recent years and dem...
We review the progress towards multi-trench fibers for high power fiber laser applications. Such fib...
International audienceThis communication presents the latest designs, fabrication steps and first re...
International audienceSince the double-clad fiber architectures development, fiber-based laser have ...
The large-pitch fiber design and its fundamental operating principle – the delocalization of higher-...
International audienceTo prevent the thermally induced spatial beam degradation occurring in high-po...
International audienceWe report on the first high power laser emission of a solid triple-clad fully-...