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Journal of Experimental and Theoretical Physics

Frequency conversion of squeezed light in a medium with a quadratic nonlinearity

В. Н. Горбачев, Andrew I. Trubilko, D. Parsons

Published Jun 1, 1993• 0 citations
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Changing the color of light in a small mode volume is essential for applications that require on-chip operation. Microcavities are profound structures given their property to confine light in a small mode volume. Here, I numerically investigate the frequency conversion of light in a microcavity and show that the frequency converted light intensity is distinguished from an open medium such as an optical fiber or a nonlinear crystal. I observe that the frequency converted light intensity increases with increased rate of change of the refractive index of the microcavity. Notably, this study shows that the intensity of the frequency converted light is maximized when the duration of the index perturbation is matched to the cavity storage time. The results provide a set of optimum parameters for increasing frequency conversion efficiency inside a microcavity.

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We consider polarization-squeezed (PS) light generation in anisotropic homogeneous Kerr medium. The fluctuations of the Stokes parameter either S2 or S3 are suppressed in PS light. The influence of initial light depolarization on the fluctuation suppression of the Stokes parameters is analyzed. We show the possibility to transform PS light into light with sub-Poissonian statistics by linear conversion (phase plate and analyzer). The quantum properties of the SH generated by frequency doubling of the PS light are investigated.
Changing the color of light in a small mode volume is essential for applications that require on-chip operation. Microcavities are profound structures given their property to confine light in a small mode volume. Here, I numerically investigate the frequency conversion of light in a microcavity and show that the frequency converted light intensity is distinguished from an open medium such as an optical fiber or a nonlinear crystal. I observe that the frequency converted light intensity increases with increased rate of change of the refractive index of the microcavity. Notably, this study shows that the intensity of the frequency converted light is maximized when the duration of the index perturbation is matched to the cavity storage time. The results provide a set of optimum parameters for increasing frequency conversion efficiency inside a microcavity.