Ising-Bloch Transition in Degenerate Optical Parametric Oscillators
Isabel Perez-Arjona, Fernando Silva, German J. de Valcarcel, Eugenio Roldan, Victor J. Sanchez-Morcillo
Abstract
Domain walls in type I degenerate optical parametric oscillators are numerically investigated. Both steady Ising and moving Bloch walls are found, bifurcating one into another through a nonequilibrium Ising--Bloch transition. Bloch walls are found that connect either homogeneous or roll planforms. Secondary bifurcations affecting Bloch wall movement are characterized that lead to a transition from a steady drift state to a temporal chaotic movement as the system is moved far from the primary, Ising--Bloch bifurcation. Two kinds of routes to chaos are found, both involving tori: a usual Ruelle-Takens and an intermittent scenarios.
Create a lesson
Related papers
Synchronization transitions in ensembles of active particles with distance-dependent higher-order interactions
Dhrubajyoti Biswas, P. S. Burada, Pintu Patra
Effect of high odrer dispersion on soliton interaction in coupled Kerr cavities
Andrei G. Vladimirov
Aberration stabilized light bullets in normal dispersion injected Kerr resonators
Yannick Fleck, Thomas G. Seidel, Jesús Yelo-Sarrión et al.
Rate-selective synchronization in switching networks: when timing meets structure
Russell Jeter, Angelo Boateng, Maurizio Porfiri et al.
On the Time-Domain Waveforms Leading to Frequency Comb Spectra
Madhurendra Mishra, Adarsh Ganesan
Oscillatory instability of subcritical stationary solutions in the parametrically driven, damped nonlinear Dirac equation
Fernando Carreño-Navas