Compact Topological Edge States in Flux-Dressed Graphenelike Photonic Lattices

Cáceres-Aravena, Gabriel; Nedić, Milica; Vildoso, Paloma; Gligorić, Goran; Petrovic, Jovana; Maluckov, Aleksandra; Vicencio, Rodrigo A.

doi:10.1103/physrevlett.133.116304

Phys. Rev. Lett.

2024

DOI: 10.1103/physrevlett.133.116304

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Compact Topological Edge States in Flux-Dressed Graphenelike Photonic Lattices

Gabriel Cáceres-Aravena,

Milica Nedić,

Paloma Vildoso

et al.

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Construction of wormhole under embedded approach through dark matter halos in F(T,TG) gravity

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Gauge-flux-controlled orbital angular momentum mode conversion in silicon waveguides

Liu,

Zhang,

Jiang

et al. 2024

Opt. Lett.

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We propose a method to convert fundamental modes into orbital angular momentum (OAM) modes through chiral dynamics induced by gauge fluxes in silicon waveguides. By integrating a trench into a few-mode waveguide, we induce the rotation of TE10 and TE01 modes, naturally generating the gauge flux for the synthesized OAM modes. By precisely controlling the gauge flux, we achieve chiral dynamics that optimize the conversion efficiency of OAM modes at specific propagation distances, addressing challenges posed by mode degeneracy. Additionally, we demonstrate an on-chip OAM mode (de)multiplexer based on flux-controlled mode conversion. Our findings offer new, to the best of our knowledge, strategies for creating artificial gauge fluxes in straight waveguides and open up possibilities for manipulating OAM modes on photonic chips.

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Compact Topological Edge States in Flux-Dressed Graphenelike Photonic Lattices

Cited by 2 publications

References 38 publications

Construction of wormhole under embedded approach through dark matter halos in F(T,TG) gravity

Construction of wormhole under embedded approach through dark matter halos in F(T,TG) gravity

Gauge-flux-controlled orbital angular momentum mode conversion in silicon waveguides

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