A general dark-soliton solution of the Helmholtz equation (with defocusing Kerr nonlinearity) that has on- and off-axis, gray and black, paraxial and Helmholtz solitons as particular solutions, is reported. Modifications to soliton transverse velocity, width, phase period, and existence conditions are derived and explained in geometrical terms. Simulations verify analytical predictions and also demonstrate spontaneous formation of Helmholtz solitons and transparency of their interactions
This thesis is concerned with spatial optical solitons in (quasi-two dimensional) planar waveguides,...
Dark Kerr soliton refraction at planar boundaries is analysed and simulated for the first time. A un...
Multi-colour spatial solitons comprise localised optical waves at distinct temporalfrequencies. Thes...
A general dark-soliton solution of the Helmholtz equation (with defocusing Kerr nonlinearity) that h...
Dark spatial optical solitons comprise a uniform background wave that is modulated by an obliquely-p...
The refraction of dark solitons at a planar boundary separating two defocusing Kerr media is simulat...
The evolution of Helmholtz solitons at the interface separating two Kerr-type media is described by ...
We report, to the best of our knowledge, the first exact analytical bistable dark spatial solitons o...
A wide variety of different physical systems can be described by a relatively small set of universal...
Angular configurations play a fundamental role in essentially all nonlinear photonic architectures: ...
We present, to the best of our knowledge, the first exact dark spatial solitons of a nonlinear Helmh...
We report, for the first time, exact analytical boundary solitons of a generalized cubic-quintic Non...
This thesis is concerned with spatial optical solitons in (quasi-two dimensional) planar waveguides,...
Dark Kerr soliton refraction at planar boundaries is analysed and simulated for the first time. A un...
Multi-colour spatial solitons comprise localised optical waves at distinct temporalfrequencies. Thes...
A general dark-soliton solution of the Helmholtz equation (with defocusing Kerr nonlinearity) that h...
Dark spatial optical solitons comprise a uniform background wave that is modulated by an obliquely-p...
The refraction of dark solitons at a planar boundary separating two defocusing Kerr media is simulat...
The evolution of Helmholtz solitons at the interface separating two Kerr-type media is described by ...
We report, to the best of our knowledge, the first exact analytical bistable dark spatial solitons o...
A wide variety of different physical systems can be described by a relatively small set of universal...
Angular configurations play a fundamental role in essentially all nonlinear photonic architectures: ...
We present, to the best of our knowledge, the first exact dark spatial solitons of a nonlinear Helmh...
We report, for the first time, exact analytical boundary solitons of a generalized cubic-quintic Non...
This thesis is concerned with spatial optical solitons in (quasi-two dimensional) planar waveguides,...
Dark Kerr soliton refraction at planar boundaries is analysed and simulated for the first time. A un...
Multi-colour spatial solitons comprise localised optical waves at distinct temporalfrequencies. Thes...