Formation of temporal guiding-center walking solitons in tandem structures made of quadratic nonlinear crystals is investigated. The specific new effects and possibilities arising by engineering the multifrequency periodical variation of the group-velocity, group-velocity dispersion and nonlinearity existing in the tandem structures are introduced.Peer ReviewedPostprint (published version
We investigate the properties of the families of spatial walking solitons propagating in planar wave...
We report on a scheme which might make it practically possible to engineer the effective competing n...
Two-parameter families of chirped stationary three-dimensional spatiotemporal solitons in dispersive...
Formation of temporal guiding-center walking solitons in tandem structures made of quadratic nonline...
Quadratic spatial solitons exist in media with second order nonlinearities near the phase-matching c...
Summary form only given. Quadratic solitons, that form through cascading in materials with second-or...
Summary form only given. Quadratic solitons, that form through cascading in materials with second-or...
Summary form only given. Quadratic solitons, that form through cascading in materials with second-or...
Summary form only given. Quadratic solitons, that form through cascading in materials with second-or...
Localized energy states such as two-color gap solitons are theoretically and numerically predicted i...
Committee members: Frank W. Wise, Albert Sievers, and Tomas AriasThis thesis presents experimental a...
We find the walk-off acceptance for multicolor soliton formation in second-harmonic generation schem...
We find the walk-off acceptance for multicolor soliton formation in second-harmonic generation schem...
We find the walk-off acceptance for multicolor soliton formation in second-harmonic generation schem...
We report the experimental observation of the formation of multiple optical quadratic solitons in a ...
We investigate the properties of the families of spatial walking solitons propagating in planar wave...
We report on a scheme which might make it practically possible to engineer the effective competing n...
Two-parameter families of chirped stationary three-dimensional spatiotemporal solitons in dispersive...
Formation of temporal guiding-center walking solitons in tandem structures made of quadratic nonline...
Quadratic spatial solitons exist in media with second order nonlinearities near the phase-matching c...
Summary form only given. Quadratic solitons, that form through cascading in materials with second-or...
Summary form only given. Quadratic solitons, that form through cascading in materials with second-or...
Summary form only given. Quadratic solitons, that form through cascading in materials with second-or...
Summary form only given. Quadratic solitons, that form through cascading in materials with second-or...
Localized energy states such as two-color gap solitons are theoretically and numerically predicted i...
Committee members: Frank W. Wise, Albert Sievers, and Tomas AriasThis thesis presents experimental a...
We find the walk-off acceptance for multicolor soliton formation in second-harmonic generation schem...
We find the walk-off acceptance for multicolor soliton formation in second-harmonic generation schem...
We find the walk-off acceptance for multicolor soliton formation in second-harmonic generation schem...
We report the experimental observation of the formation of multiple optical quadratic solitons in a ...
We investigate the properties of the families of spatial walking solitons propagating in planar wave...
We report on a scheme which might make it practically possible to engineer the effective competing n...
Two-parameter families of chirped stationary three-dimensional spatiotemporal solitons in dispersive...