-transparent.png){kind=logo}
We demonstrate that specific surface superlattice gap solitons can be supported at an interface between a one-dimensional photonic superlattice and a uniform medium with saturable nonlinearity. The solitons are stable in the semi-infinite gap but do not exist in the first gap. With the decrease of the power, the solitons jump from the surface site to the next one, and they may continue the motion into the lattices, which offers potential applications for the routing of optical signals.
| UI | MeSH Term | Description | Entries |
|---|
Related Publications
Y J He, and
W H Chen, and
H Z Wang, and
Boris A Malomed
February 2006,
Physical review letters,
Y J He, and
W H Chen, and
H Z Wang, and
Boris A Malomed
May 2006,
Optics express,
Y J He, and
W H Chen, and
H Z Wang, and
Boris A Malomed
May 2006,
Optics express,
Y J He, and
W H Chen, and
H Z Wang, and
Boris A Malomed
December 2009,
Optics letters,
Y J He, and
W H Chen, and
H Z Wang, and
Boris A Malomed
February 2018,
Optics express,
Y J He, and
W H Chen, and
H Z Wang, and
Boris A Malomed
May 1995,
Physical review. A, Atomic, molecular, and optical physics,
Y J He, and
W H Chen, and
H Z Wang, and
Boris A Malomed
April 2000,
Physical review letters,
Y J He, and
W H Chen, and
H Z Wang, and
Boris A Malomed
June 1992,
Physical review letters,
Y J He, and
W H Chen, and
H Z Wang, and
Boris A Malomed
August 2006,
Physical review letters,
Y J He, and
W H Chen, and
H Z Wang, and
Boris A Malomed
December 1989,
Physical review. B, Condensed matter,
