Experimental phase-space-based optical amplification of scar modes
Claire Michel (LPMC), Tascu Sorin, Valerie Doya (LPMC), Pierre, Aschieri (LPMC), Wilfried Blanc (LPMC), Olivier Legrand (LPMC), Fabrice, Mortessagne (LPMC)
TL;DR
This paper demonstrates the experimental selection of scar modes in a doped D-shaped optical fiber using phase-space localization, advancing understanding of wave localization and gain interaction in chaotic optical systems.
Contribution
It introduces a novel experimental approach to select scar modes via gain in a chaotic optical fiber, leveraging phase space localization properties.
Findings
Successful experimental selection of scar modes
Enhanced understanding of gain interaction with localized modes
Potential applications in optical device design
Abstract
Waves billiard which are chaotic in the geometrical limit are known to support non-generic spatially localized modes called scar modes. The interaction of the scar modes with gain has been recently investigated in optics in micro-cavity lasers and vertically-cavity surface-emitting lasers. Exploiting the localization properties of scar modes in their wave analogous phase space representation, we report experimental results of scar modes selection by gain in a doped D-shaped optical fiber.
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