Self-pulsing and chaos of a two-photon optical bistable model in a ring cavity

Stability analysis and numerical investigation of the periodic and chaotic behavior are presented for two-photon optical bistable system where two sorts of atom are placed in a ring cavity. The effect of the cooperative parameter 'C' on the state of the system is examined and a wealth of new dynamic characteristics was observed including: period doubling sequence to chaos, complex bistability and strange attractors evolved from torus bifurcation sequence.