Collective Phenomena in Semiconductor Plasmas, Wakefield Generation and Measurement - Theory and Experiment

建议编号：ECS-9617296首席研究员：Swadesh Mahajan标题：半导体等离子体中的集体现象，尾波场的产生和测量-理论和实验。在这项研究中，将对半导体内凝聚态等离子体的基础研究进行调查。利用最新可用的超短脉冲激光技术，将产生掺杂III-V系统中等离子体波和尾波场的凝聚态。凝聚态等离子体是一种未被研究的现象。这里产生的知识可能与带隙工程结构的行为、发射过程和材料在极端环境中的行为的基本理解有很大的相关性。它还将为气体等离子体中激光-等离子体相互作用的新极端区域的新兴研究提供交叉受精作为凝聚态的对应物，这可能提供协同洞察。

Proposal Number: ECS-9617296 Principal Investigator: Swadesh Mahajan Title: Collective phenomena in semiconductor plasmas, wakefield generation and measurement- theory and experiment. In this research, fundamental investigations into condensed matter plasmas within semiconductors will be investigated. The condensed matter counterparts of plasma waves, and wake fields, in doped III-V systems, will be generated using newly available ultrashort pulse laser techniques. Condensed matter plasmas are an underexplored phenomena. The knowledge generated here may have great relevance to fundamental understanding of the behavior of bandgap-engineered structures, emission processes, and the behavior of materials in extreme environments. It will also provide cross-fertilization as a condensed matter counterpart for emerging research in new extreme regimes of laser-plasma interactions in gaseous plasmas, which could provide synergistic insights.