Bose Condensation and Lasing in Optical Microstructures - Part 2
M H Szymanska
TL;DR
This paper develops a numerical method to analyze excitonic properties and lasing in various shaped quantum wires, advancing understanding of excitonic lasing in microstructured optical devices.
Contribution
It introduces a general numerical approach for modeling excitonic properties in diverse quantum wire geometries, enabling detailed studies of excitonic lasing.
Findings
Numerical method applicable to various wire shapes and materials
Analysis of excitonic properties in T-shaped quantum wires
Insights into excitonic lasing mechanisms in microstructures
Abstract
The second part of this thesis is concerned with properties of excitons and modelling of excitonic lasing in quasi-one-dimensional quantum wires. I develop a very general numerical method of calculating the properties of wires with different shapes and materials. Using this method I study the properties of very wide range of T-shaped quantum wires.
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Taxonomy
TopicsSemiconductor Lasers and Optical Devices · Photonic and Optical Devices