Particle Transport and Nonlinear Dynamics in Quasi-One- Dimensional Structures

该补助金解决与非- 一维人工晶体中的线性电荷输运 从液态到液态的温度范围内 氦气温度更高。 我们将专注于 基本和高场输运性质在高 量化系统，特别强调 电子-声子相互作用、子带间和真实的 空间转移效应 该研究采用了 理论与实验结合法 其中包括由以下机构开发的工具和技术 我们在伊利诺伊大学的团队。

This grant addresses various issues related to non- linear charge transport in one dimensional artificial structures in a temperature range from liquid helium to higher temperature. We will focus on basic and high field transport properties in highly quantized systems with special emphasis on electron-phonon interaction, intersubband and real space transfer effects. The research employs an integrated theoretical and experimental approach which involves tools and technologies developed by our group at the University of Illinois.