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Since the discovery of optical nonlinearities in the 1960s, lithium niobate (LiNbO 3 , or LN) has been the most widely used second-order ( χ (2) ) material, with applications ranging from nonlinear wavelength conversion for classical and quantum light source [1], optical modulators for data communications [2], as well as surface acoustic wave (SAW) based electronic components for mobile phone industry [3]。与其他常见的光子材料相比，LN在非线性和线性光学方面具有许多有利的特性。LN中最大的χ（2）张量分量是对角线对齐的（χ（2）ZZZ），对于非线性波长转换（称为D 33）和电仪调制（r 33），对于非线性波长转换（称为D 33）。作为线性光学材料，LN具有相对较高的普通和非凡的折射率（N O = 2.21，N E = 2.14，在1550 nm处），并且高度
高Q锂尼堡微腔及其应用
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