Engineering Creativity Award for Mathew Wilson

本研究项目的目的是调查 d掺杂GaAs的非线性光学性质，并设计和 描述独特的空间电荷结构， 兴奋剂技术其中一个主要目标是合并和 结合了非线性光学和原子层的概念 首次实现半导体掺杂 材料表征的创造性方法， 更好地理解和推进这两个领域 在材料科学中。

The purpose of this research project is to investigate the nonlinear optical properties of d-doped GaAs and to design and characterize unique space charge structures created with this new doping techniques. One of the main objectives is to merge and incorporate the concepts of nonlinear optics and atomic layer doping of semiconductors for the first time by implementing creative methods of materials characterization with hopes of developing a better understanding and advancing both of these areas in materials science.