Abstract :
Summary form only given. The manner in which an external magnetic field, applied to a waveguide containing third order nonlinear optical material, and magnetooptical elements, can force bright solitons, from a state of attraction, into isolation from each other is investigated. It is shown that TE-TM conversion, a typical magnetooptics phenomenon, can be controlled by the input power. An elegant Hamiltonian analysis of the critical points of the phase space is used to prove that various stable, or unstable, regimes can be established
Keywords :
magneto-optical effects; nonlinear optical susceptibility; optical materials; optical solitons; optical waveguide theory; stability; tensors; χ(2); χ(3) media; TE-TM conversion; bright solitons; elegant Hamiltonian analysis; external magnetic field; input power; magnetic control; magnetooptical elements; magnetooptics phenomenon; optical spatial solitons; phase space; stable regimes; third order nonlinear optical material; unstable regimes;
