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Squeezing in the self-pulsing domain
22
Citations
10
References
1991
Year
PhotonicsLimit CycleEngineeringPhysicsNonlinear Wave PropagationRelativistic Laser-matter InteractionApplied PhysicsOptical SolitonWave InterferenceSecond-harmonic GenerationQuantum ChaosSelf-pulsing DomainSelf-propulsionNonlinear ResonanceCritical PhenomenonIntensity Spectrum
We study analytically the squeezing spectrum of second-harmonic generation in the self-pulsing regime. We prove that squeezing is still defined in the presence of a limit cycle. When the input field exceeds the self-pulsing threshold, the intensity spectrum remains smaller than the shot-noise limit in a frequency domain around the self-pulsing frequency.
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