The output of a ring cavity containing a resonant medium undergoing two photon transitions is shown to become chaotic, after following a series of bifurcations involving 2<SUP>n</SUP> cycles, as the strength of the driving field is increased. The chaotic regime is followed by a sequence of period doubling bifurcations in reverse order
Des bifurcations vers des états périodique et chaotique ont été observées dans une cavité en anneau ...
Complex spatiotemporal dynamics have been a subject of recent experimental investigations in optical...
We present experimental evidence of antiphase dynamics in an optically pumped NH bidirectional ring ...
The dynamical evolution of the modulational instability is studied in a coherently driven passive op...
Recently the cubic behavior of nonlinear second-order materials (the so-called cascading effect) was...
A detailed stability analysis is performed for a highly excited semiconductor modelled as an exciton...
We have experimentally studied the dynamics of an optically pumped NH multitransverse-mode ring lase...
Along with the studies of the properties of optical microcavities, the optical nonlinear effects of ...
We have found a transition to chaos via type-II intermittency in a laser with a saturable absorber f...
A model of two photon absorption in a cavity with an external driving field is presented. Phase and ...
We analyze the origin and properties of the chaotic dynamics of two atomic ensembles in a driven-dis...
We have studied two aspects of chaotic behavior in stimulated Raman scattering. The route to chaos i...
The phenomena of excitability and coherent resonance in a nonlinear ring cavity in the presence of e...
Erbium-doped fiber laser systems exhibit a large variety of complex dynamical behaviors, bifurcat...
We report on the experimental observation of temporal cavity soliton destabilization via spatiotempo...
Des bifurcations vers des états périodique et chaotique ont été observées dans une cavité en anneau ...
Complex spatiotemporal dynamics have been a subject of recent experimental investigations in optical...
We present experimental evidence of antiphase dynamics in an optically pumped NH bidirectional ring ...
The dynamical evolution of the modulational instability is studied in a coherently driven passive op...
Recently the cubic behavior of nonlinear second-order materials (the so-called cascading effect) was...
A detailed stability analysis is performed for a highly excited semiconductor modelled as an exciton...
We have experimentally studied the dynamics of an optically pumped NH multitransverse-mode ring lase...
Along with the studies of the properties of optical microcavities, the optical nonlinear effects of ...
We have found a transition to chaos via type-II intermittency in a laser with a saturable absorber f...
A model of two photon absorption in a cavity with an external driving field is presented. Phase and ...
We analyze the origin and properties of the chaotic dynamics of two atomic ensembles in a driven-dis...
We have studied two aspects of chaotic behavior in stimulated Raman scattering. The route to chaos i...
The phenomena of excitability and coherent resonance in a nonlinear ring cavity in the presence of e...
Erbium-doped fiber laser systems exhibit a large variety of complex dynamical behaviors, bifurcat...
We report on the experimental observation of temporal cavity soliton destabilization via spatiotempo...
Des bifurcations vers des états périodique et chaotique ont été observées dans une cavité en anneau ...
Complex spatiotemporal dynamics have been a subject of recent experimental investigations in optical...
We present experimental evidence of antiphase dynamics in an optically pumped NH bidirectional ring ...
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