Dynamical spatial-pattern memory in globally coupled lasers

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Abstract
The chaotic dynamics found in globally coupled modulated laser systems have been switched into stable orbits, including antiphase periodic states and clustered states, by an injection-seeding method. Direct assignment to desired factorial periodic orbits has been demonstrated. Self-induced switching among destabilized clustered states (chaotic itinerancy) in the transition process from clustered states to global chaos has also been found.