Fundamental Studies of Microlaser Behavior and Atom-Field Interactions in an Optical Resonator

这个研究项目的重点是继续开发和分析微激光器的性能。重点将放在这个基本的原子-腔系统的量子力学行为上。将研究的性质包括阈值行为、场统计从近混沌到亚泊松的演变、微激光发射的场和强度相关特性、腔内光子统计以及微激光行为与常规激光操作之间的关系。实验工作将伴随着内部理论分析，并将包括技术开发，以提高微激光系统的性能。

9876974FeldThis research program focuses on the continuation of the development and analysis of the properties of the microlaser. Emphasis will be placed on the quantum mechanical behavior of this fundamental atom-cavity system. Examples of properties that will be studied include the threshold behavior, the evolution of field statistics from nearly chaotic to sub-Poissonian, field and intensity correlation properties of the microlaser emission, intracavity photon statistics, and the relationship between microlaser behavior and conventional laser operation. The experimental efforts will be accompanied by in-house theoretical analysis and will include technical developments to enhance the performance of the microlaser system.