Spatio-temporal dynamics in the mixed fractional nonlinear Schrödinger equation

The effective engineering of linear and nonlinear optical properties in photonic media has led to new advances the theory applications spatio-temporal light–matter interactions. In some instances, research been motivated by phenomena a quantum mechanical framework; two notable examples being Anderson localization parity–time symmetry. Herein, we present theoretical numerical results on light propagation presence fractional diffraction classical dispersion, highlighting role mixed functionality stability, localization, possible collapse events.