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Conferences > IQEC > 1994 > QTuN > QTuN5
  • International Quantum Electronics Conference
  • OSA Technical Digest (Optica Publishing Group, 1994),
  • paper QTuN5

Irregularly timed sequential mode alternation and pattern dynamics in a bidirectional ring resonator with a photorefractive medium

D. McGee, Z. Chen, and N. B. Abraham

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Abstract

Odd and irregular patterns are well known m photorefractive systems but careful studies have revealed evidence of deterministic chaos in the temporal evolution1 and complex, but ordered, spatio-temporal dynamics such as chaotic itinerancy (irregularly- timed deterministically driven, sequential mode alternation)2,3 and pattern evolution that is efficiently described by defect dynamics.3,4 These prior studies have been focused mainly on unidirectional ring resonators using two-beam coupling3 or phase- conjugate resonators in which the medium is used as one mirror.4

© 1994 Optical Society of America

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