Numerical modelings of ultrashort pulse propagation and conical emission in multimode optical fibers

We make use of two well-known numerical approaches nonlinear pulse propagation, namely, the unidirectional propagation equation and multimode generalized Schrödinger equation, to provide a detailed comparison ultrashort possible conical emission in context optical fibers. confirm strong impact frequency dispersion response on splitting supercontinuum dynamics femtosecond regime for pumping powers around critical self-focusing threshold. Our results also that modal distribution fibers provides discretization corresponding bulk medium (i.e., here fused silica). This study some criteria models, it paves way future experiments commercially available