We propose to combine multiple laser beams into a single diffraction-limited beam by the beam self-focusing (collapse) in the Kerr medium. The beams with the total power above critical are first combined in the near field and then propagated in the optical fiber/waveguide with the Kerr nonlinearity. Random fluctuations during propagation eventually trigger strong self-focusing event and produce diffraction-limited beam carrying the critical power. OCIS codes: (190.0190) Nonlinear optics; (260.5950) Self-focusing (190.4370); Nonlinear optics
International audienceA low intensity light beam emerges from a graded-index, highly multimode optic...
Collapse of a Gaussian beam in self-focusing Kerr media arrested by nonlinear losses may lead to the...
It is well known that ultrashort, high intensity pulses with peak powers exceedinga certain critical...
We determine the threshold power for self-focusing collapse both in a bulk medium and in a hollow-co...
We theoretically and experimentally investigate the mutual collapse dynamics of two spatially separa...
Using a variational approach, we obtain the self-focusing critical power for a single and for any nu...
Some features of the blow up and collapse phenomena characteristic of the focusing nonlinear Schrodi...
The propagation of optical beams and pulses under the influence of nonlinear effects is characterize...
We present self-accelerating self-trapped beams in nonlinear optical media, exhibiting self-focusing...
We analyze the method of moving focus to determine the critical power for self-focusing by means of ...
We present simulations of the self-focusing effect in nonlinear media for cw and pulsed input. Altho...
We report numerical simulations on a fiber compatible, self-focusing, saturable absorber device. Two...
The nonlinear dynamical property of Lorentz-Gaussian beams in Kerr media is investigated analyticall...
Abstract. The formation of singularities of self-focusing solutions of the nonlinear Schrödinger equ...
The controlled interaction of two high intensity beams opens new degrees of freedom for manipulating...
International audienceA low intensity light beam emerges from a graded-index, highly multimode optic...
Collapse of a Gaussian beam in self-focusing Kerr media arrested by nonlinear losses may lead to the...
It is well known that ultrashort, high intensity pulses with peak powers exceedinga certain critical...
We determine the threshold power for self-focusing collapse both in a bulk medium and in a hollow-co...
We theoretically and experimentally investigate the mutual collapse dynamics of two spatially separa...
Using a variational approach, we obtain the self-focusing critical power for a single and for any nu...
Some features of the blow up and collapse phenomena characteristic of the focusing nonlinear Schrodi...
The propagation of optical beams and pulses under the influence of nonlinear effects is characterize...
We present self-accelerating self-trapped beams in nonlinear optical media, exhibiting self-focusing...
We analyze the method of moving focus to determine the critical power for self-focusing by means of ...
We present simulations of the self-focusing effect in nonlinear media for cw and pulsed input. Altho...
We report numerical simulations on a fiber compatible, self-focusing, saturable absorber device. Two...
The nonlinear dynamical property of Lorentz-Gaussian beams in Kerr media is investigated analyticall...
Abstract. The formation of singularities of self-focusing solutions of the nonlinear Schrödinger equ...
The controlled interaction of two high intensity beams opens new degrees of freedom for manipulating...
International audienceA low intensity light beam emerges from a graded-index, highly multimode optic...
Collapse of a Gaussian beam in self-focusing Kerr media arrested by nonlinear losses may lead to the...
It is well known that ultrashort, high intensity pulses with peak powers exceedinga certain critical...