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Kim, Ji‐Hyun ; Ferguson, Grant ; Person, Mark ; Jiang, Wei ; Lu, Zheng‐Tian ; Ritterbusch, Florian ; Yang, Guo‐Min ; Tyne, Rebecca ; Bailey, Lydia ; Ballentine, Chris ; et al ( , Geophysical Research Letters)
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Guo, Min ; Xia, Shiqi ; Wang, Nan ; Song, Daohong ; Chen, Zhigang ; Yang, Jianke ( , Optics Letters)more » « less
We study both theoretically and experimentally the effect of nonlinearity on topologically protected linear interface modes in a photonic Su–Schrieffer–Heeger (SSH) lattice. It is shown that under either focusing or defocusing nonlinearity, this linear topological mode of the SSH lattice turns into a family of topological gap solitons. These solitons are stable. However, they exhibit only a low amplitude and power and are thus weakly nonlinear, even when the bandgap of the SSH lattice is wide. As a consequence, if the initial beam has modest or high power, it will either delocalize, or evolve into a soliton not belonging to the family of topological gap solitons. These theoretical predictions are observed in our experiments with optically induced SSH-type photorefractive lattices.
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Guo, Min ; Li, Yue ; Su, Yijun ; Lambert, Talley ; Nogare, Damian Dalle ; Moyle, Mark W. ; Duncan, Leighton H. ; Ikegami, Richard ; Santella, Anthony ; Rey-Suarez, Ivan ; et al ( , Nature Biotechnology)
