Description
Title: Micro- and Nanolaser “Amplified Spontaneous Emission”
Abstract: In systems with optical gain, amplified spontaneous emission is pervasive and is the cause of numerous advantages and drawbacks. It is still unclear how it fits into the progression from the most basic type of thermal radiation (single emitter spontaneous emission) to coherent radiation from inverted systems. In relation to threshold-related issues for small devices, we critically examine observations of photon bursts in micro- and nanolasers from the standpoint of currently employed measurement techniques. In light of general phase space properties, corresponding stochastic predictions are examined and contrasted with burst absence in differential models. The conclusions provide a brief discussion on perspectives.
Keywords: Amplified Spontaneous Emission; laser physics; nanolaser; microlaser; laser dynamics; laser threshold; photon bursts; phase space; modelling; stochastic dynamics
Paper Quality: SCOPUS / Web of Science Level Research Paper
Subject: Physics
Subject Category: Atomic and Molecular Physics, and Optics
Writer Experience: 20+ Years
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