Numerical study on spectral coherence of noise-like pulses in a fiber ring cavity configuration

Kwon, Young Ho; Lee, Seung-Jong; Park, Kyoungyoon; Lee, Dongyeul; Vazquez-Zuniga, Luis Alonso

doi:10.1109/cleopr.2015.7376129

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Control Of the Noise-like Pulse Content1

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2022

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“…Even though in general the filling of noise-like pulses is quite chaotic [42], the degree of this chaos may, nevertheless, be amenable to adjustment [19,22,[43][44][45][46]. Of course, the degree of radiation coherence arising from phase relationships among the optical field oscillations in adjacent pulses lies within the ∼0-0.5 range, i.e.…”

Section: Control Of the Noise-like Pulse Contentmentioning

confidence: 99%

Laser radiation producing no interference speckle patterns

Kobtsev¹

2022

Laser Phys. Lett.

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Approaches to the development of an incoherent laser are analysed. Implementation of such a laser on the basis of noise-like pulse generation is discussed. Fairly high stability of the average output power in such a regime leads to the contemplation of practical avenues to developing an incoherent laser relying on noise-like pulses. Implementation of such a laser on the basis of the fibre-optical platform further poses such requirements as all-fibre design using polarisation-maintaining fibre and adoption of alternatives to material-based saturable absorbers. Applications are demonstrated in which an incoherent laser—a radically new source of optical radiation—is a requirement. Laser layouts are shown, which are close to the desired layout of the incoherent laser.

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Section: Control Of the Noise-like Pulse Contentmentioning

confidence: 99%

Laser radiation producing no interference speckle patterns

Kobtsev¹

2022

Laser Phys. Lett.

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show abstract

Numerical study on spectral coherence of noise-like pulses in a fiber ring cavity configuration

Cited by 1 publication

References 3 publications

Laser radiation producing no interference speckle patterns

Laser radiation producing no interference speckle patterns

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