Nonlinear Schrodinger Solutions and it´s application to supercontinuum generation

Here we discuss the unique behavior of bright Soliton solution to the Nonlinear Schrodinger Equation and their interactions leading to the supercontinuum generation. In Soliton fission the shot high power pulse is launched into the highly nonlinear photonic crystal fiber. This femto second laser pulse which is the Soliton, consequently broadens as it travels through the photonic crystal fiber resulting in fission into the fundamental Soliton thereby releasing dispersive energy. This fundamental Soliton will undergo stimulated Raman scattering and shift to the longer wavelength side by a phenomena called as Soliton solution frequency shift, resulting in supercontinuum generation. The nonlinear Schrödinger equation is used to get a solution to fundamental Soliton and to make its order to unity.