Multidimensional light bullets in Fermi liquid in the presence of magnetic field and AdS/CFT correspondence

Abstract

We consider the evolution of a light bullet in a fermi-liquid while considering the presence of a magnetic field. The energy spectrum for the Fermi liquid was calculated in the framework of AdS/CFT correspondence. The influence of a magnetic field's amplitude and its period on light bullet evolution was obtained. The stable character of the light bullet propagation in the Fermi liquid in the presence of a magnetic field was confirmed.

Propagation of Ultrashort Optical Pulses in Fractal Objects

“…Numerical calculations have shown that in the 2D case, stable nonlinear waves can occur and light pulses are localized in two directions, similar to "light bullets". When a "bullet" propagates in the Fermi fluid, its propagation in the horizontal direction is rather weak, while the energy is mainly concentrated in the central region of the pulse [38].…”