这次报告，我将首先介绍我们在纳米半导体材料(在这类材料中材料的尺寸和结构的各向异性起重要的作用)中对探究光和物质相互作用的能力。

In this talk, I will first introduce our capability of probing light-matter interactions in nanoscale semiconductor materials, whereby the quantum size and structure anisotropy play an important role.

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利用三维各向异性XY模型和电阻分流结动力学，研究了较强钉扎势下第二类层状超导体涡旋系统的非平衡态相变。

The non-equilibrium phase transitions of vortex matter in type II superconductor are studied within three-dimension anisotropic XY model by resistively-shunted junction(RSJ) dynamics.

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本文研究了半导体掺杂复合材料微结构的各向异性对材料的光学非线性增强的影响。

The effect of anisotropic microstructure of semiconductor composites on the optical nonlinearity enhancement is investigated.

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