Abstract
The nonlinear surface TM-modes propagating along the interface separating an isotropic medium and an indefinite medium are investigated. A transition layer sandwiched between the connected media is described using a model of a two-dimensional gas of two-level atoms. Two cases of isotropic media, left-handed and metallic, are considered. It is shown that explicit analytical expressions for a surface optical soliton of self-induced transparency depends on the parameters of the two-level atoms and the connected media.
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