We present self-accelerating self-trapped beams in nonlinear optical media, exhibiting self-focusing and self-defocusing Kerr and saturable nonlinearities, as well as a quadratic response. In Kerr and saturable media such beams are stable under self-defocusing and weak self-focusing, whereas for strong self-focusing the beams off-shoot solitons while their main lobe continues to accelerate. Self-accelerating self-trapped wave packets are universal, and can also be found in matter waves, plasma, etc. © 2011 American Physical Society
We demonstrate optical interactions between stable self-trapped optical beams in soft-matter systems...
Self-focusing of intense laser beams and pulses of light in real nonlinear media is in general accom...
International audienceSpatial solitons or more generally self-trapped beams consist of spatially con...
We present self-accelerating self-trapped beams in nonlinear optical media, exhibiting self-focusing...
We present self-accelerating self-trapped beams in self-focusing and self-defocusing Kerr and satura...
Beams of light, prevented from diverging by nonlinear media, exhibit particle-like behavior, as do w...
We demonstrate stable beam self-trapping in soft-matter systems with artificial saturable self-focus...
We present simulations of the self-focusing effect in nonlinear media for cw and pulsed input. Altho...
We present accelerating self-trapped first- and second-harmonic beams in a phased-matched quadratic ...
We report solutions for expanding dipole-type optical solitary waves in two-dimensional Kerr media w...
We demonstrate optical interactions between stable self-trapped optical beams in soft-matter systems...
An approximate analytical analysis of two-dimensional optical beams propagating in saturable self-fo...
We demonstrate optical interactions between stable self-trapped optical beams in soft-matter systems...
Self-focusing of intense laser beams and pulses of light in real nonlinear media is in general accom...
International audienceSpatial solitons or more generally self-trapped beams consist of spatially con...
We present self-accelerating self-trapped beams in nonlinear optical media, exhibiting self-focusing...
We present self-accelerating self-trapped beams in self-focusing and self-defocusing Kerr and satura...
Beams of light, prevented from diverging by nonlinear media, exhibit particle-like behavior, as do w...
We demonstrate stable beam self-trapping in soft-matter systems with artificial saturable self-focus...
We present simulations of the self-focusing effect in nonlinear media for cw and pulsed input. Altho...
We present accelerating self-trapped first- and second-harmonic beams in a phased-matched quadratic ...
We report solutions for expanding dipole-type optical solitary waves in two-dimensional Kerr media w...
We demonstrate optical interactions between stable self-trapped optical beams in soft-matter systems...
An approximate analytical analysis of two-dimensional optical beams propagating in saturable self-fo...
We demonstrate optical interactions between stable self-trapped optical beams in soft-matter systems...
Self-focusing of intense laser beams and pulses of light in real nonlinear media is in general accom...
International audienceSpatial solitons or more generally self-trapped beams consist of spatially con...