A scalable fiber design for ytterbium-doped high performance fiber lasers and amplifiers will be presented. The working principle of large-pitch fibers (LPF) bases on delocalization of higher-order transverse modes, ensuring mode-size-scalable effectively single-mode emission
In the last years a dramatic increase of the output power of rare-earth-doped fiber lasers and ampli...
We review all-solid trench-assisted fiber designs for mode-area scaling in flexible fibers. Our prop...
International audienceRecently, significant work has been carried out to reach high energy or peak p...
Rare earth-doped fibres are a diode-pumped, solid-state laser architecture that is highly scalable i...
The large-pitch fiber design and its fundamental operating principle – the delocalization of higher-...
Fiber lasers are a highly regarded solid-state laser concept due to their high efficiency, beam qual...
Ytterbium-doped Large Pitch Fibers with very large mode areas are investigated in a high power fiber...
Ytterbium-doped large-pitch fibers with very large mode areas are investigated in a high-power fiber...
Large mode area rod-type fibers have enabled amplification of ultra-short pulses to mJ pulse energy ...
International audienceThis communication intends to summarize the recent strides carried out by the ...
International audienceThis communication intends to summarize the recent strides carried out by the ...
Ytterbium-doped Large Pitch Fibers with very large mode area are investigated in a high power fiber ...
High power fibre laser system is playing an increasingly important role in today’s industry market. ...
Fiber lasers and fiber amplifiers have experienced considerable improvements in recent years and dem...
Large-pitch photonic-crystal fibers have demonstrated their unique capability of combining very larg...
In the last years a dramatic increase of the output power of rare-earth-doped fiber lasers and ampli...
We review all-solid trench-assisted fiber designs for mode-area scaling in flexible fibers. Our prop...
International audienceRecently, significant work has been carried out to reach high energy or peak p...
Rare earth-doped fibres are a diode-pumped, solid-state laser architecture that is highly scalable i...
The large-pitch fiber design and its fundamental operating principle – the delocalization of higher-...
Fiber lasers are a highly regarded solid-state laser concept due to their high efficiency, beam qual...
Ytterbium-doped Large Pitch Fibers with very large mode areas are investigated in a high power fiber...
Ytterbium-doped large-pitch fibers with very large mode areas are investigated in a high-power fiber...
Large mode area rod-type fibers have enabled amplification of ultra-short pulses to mJ pulse energy ...
International audienceThis communication intends to summarize the recent strides carried out by the ...
International audienceThis communication intends to summarize the recent strides carried out by the ...
Ytterbium-doped Large Pitch Fibers with very large mode area are investigated in a high power fiber ...
High power fibre laser system is playing an increasingly important role in today’s industry market. ...
Fiber lasers and fiber amplifiers have experienced considerable improvements in recent years and dem...
Large-pitch photonic-crystal fibers have demonstrated their unique capability of combining very larg...
In the last years a dramatic increase of the output power of rare-earth-doped fiber lasers and ampli...
We review all-solid trench-assisted fiber designs for mode-area scaling in flexible fibers. Our prop...
International audienceRecently, significant work has been carried out to reach high energy or peak p...
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