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Self-Organization of Light in Optical Media with Competing Nonlinearities.

Identifieur interne : 001F67 ( PubMed/Corpus ); précédent : 001F66; suivant : 001F68

Self-Organization of Light in Optical Media with Competing Nonlinearities.

Auteurs : F. Maucher ; T. Pohl ; S. Skupin ; W. Krolikowski

Source :

Physical review letters [ 1079-7114 ] ; 2016.

RBID : pubmed:27152806

Abstract

We study the propagation of light beams through optical media with competing nonlocal nonlinearities. We demonstrate that the nonlocality of competing focusing and defocusing nonlinearities gives rise to self-organization and stationary states with stable hexagonal intensity patterns, akin to transverse crystals of light filaments. Signatures of this long-range ordering are shown to be observable in the propagation of light in optical waveguides and even in free space. We consider a specific form of the nonlinear response that arises in atomic vapor upon proper light coupling. Yet, the general phenomenon of self-organization is a generic consequence of competing nonlocal nonlinearities, and may, hence, also be observed in other settings.

DOI: 10.1103/PhysRevLett.116.163902
PubMed: 27152806

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Le document en format XML

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<front><div type="abstract" xml:lang="en">We study the propagation of light beams through optical media with competing nonlocal nonlinearities. We demonstrate that the nonlocality of competing focusing and defocusing nonlinearities gives rise to self-organization and stationary states with stable hexagonal intensity patterns, akin to transverse crystals of light filaments. Signatures of this long-range ordering are shown to be observable in the propagation of light in optical waveguides and even in free space. We consider a specific form of the nonlinear response that arises in atomic vapor upon proper light coupling. Yet, the general phenomenon of self-organization is a generic consequence of competing nonlocal nonlinearities, and may, hence, also be observed in other settings.</div>
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<Abstract><AbstractText>We study the propagation of light beams through optical media with competing nonlocal nonlinearities. We demonstrate that the nonlocality of competing focusing and defocusing nonlinearities gives rise to self-organization and stationary states with stable hexagonal intensity patterns, akin to transverse crystals of light filaments. Signatures of this long-range ordering are shown to be observable in the propagation of light in optical waveguides and even in free space. We consider a specific form of the nonlinear response that arises in atomic vapor upon proper light coupling. Yet, the general phenomenon of self-organization is a generic consequence of competing nonlocal nonlinearities, and may, hence, also be observed in other settings.</AbstractText>
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Self-Organization of Light in Optical Media with Competing Nonlinearities.

Self-Organization of Light in Optical Media with Competing Nonlinearities.

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