… of cw self-focusing and self-trapping of laser beams … self-trapping phenomenon. We
have observed the smallest-diameter cw self-trapped filaments yet reported and the first self-trapping …

… Later on, self-trapping of light in discrete nonlinear waveguide … self-traps to form a localized
state (a soliton) in the center waveguides. Subsequently, many interesting properties of wave …

… For normal dielectric materials, the constant n, is such that the critical power for trapping is …
of 10' watts for visible light, a power level commonly obtained in laser beams. For radio waves, …

… nanosuspensions, nonlinear self-trapping of light beams and their robust … self-trapping
effect experienced by light beams in turn allows for the deep penetration of long needles of light …

… is optical trapping which is a noninvasive and nondestructive technique utilizing a tightly
focused continuous wave (cw) near-infrared laser beam to locally induce a high gradient light …

… 3a), in which case it cannot trap waves and so cannot lead to the formation of localized
non-dispersive light pulses as observed in experiments and modelling. What this potential can do…

… (NIR) light experiences a weaker nonlinear self-action and thus requires much higher power
to obtain self-trapping as compared to visible light. To examine the waveguiding of light at …

… It should be noted that root dependence (21) of the radius of the cylindrical beam in the
selftrapping regime is preserved also in a more sophisticated model for S that allows for both the …

… We start from the regime of self-collimation at low powers and … beam self-imaging and
leads to nonlinear diffusion. At higher powers, we observe a sharp transition to the self-trapping …

… Why is Planck's constant h valid for waves and particles of … -linear wave equation, and which
in turn yield the light selftrapping … and selftrapping quantitatively fits Planck's constant and …