Cascading of χ(2) for χ(3) Nonlinearities

E. V. Van Stryland, G. Stegeman, R. DeSalvo, D. Hagan, M. Sheik-Bahae
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Abstract

The cascading of second order nonlinearities (χ(2): χ(2) to induce a nonlinear phase distortion on the input beam has recently received considerable attention[1,2] We estimate that materials with large second order nonlinearities (≃102 pm/V) will give rise to effective nonlinear refractive indices, n 2 eff , of 10–12 to 10–10 esu. These nonlinearities are truly nonresonant and can be in a lossless spectral region (i.e. loss determined by impurities and defects). An important difference between this nonlinearity and a true χ(3) nonlinearity is that the sign is readily changed by, for example, changing the phase matching condition.
对χ(3)非线性的χ(2)级联
二阶非线性(χ(2): χ(2)的级联引起输入光束的非线性相位畸变近年来得到了相当大的关注[1,2]。我们估计,具有大二阶非线性(102 pm/V)的材料将产生10-12到10-10 esu的有效非线性折射率。这些非线性是真正的非共振,并且可以在无损光谱区域(即由杂质和缺陷决定的损耗)。这种非线性与真正的χ(3)非线性之间的一个重要区别是,符号很容易通过例如改变相位匹配条件来改变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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