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Semiconductor Nanophotonics_Materials, Models, and Devices
After a brief introduction into basic features and applications of semiconductor nanophotonic devices in Chap. 1, the Chap. 2 covers the epitaxial growth as well as structural, electronic, and optical properties of InAs submonolayer quantum dots and their application in semiconductor optical amplifiers and lasers. This discussion is complemented by a review of site-controlled nucleation of InGaAs quantum dots using the buried stressor growth mode in Chap. 3, which concludes with a demonstration of single-photon emission from an electrically driven quantum light source based on a site-controlled quantum dot.
Semiconductor Nanophotonics_Materials, Models, and Devices 2020.part1.rar
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Semiconductor Nanophotonics_Materials, Models, and Devices 2020.part2.rar
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Semiconductor Nanophotonics_Materials, Models, and Devices 2020.part3.rar
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Semiconductor Nanophotonics_Materials, Models, and Devices 2020.part4.rar
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Semiconductor Nanophotonics_Materials, Models, and Devices 2020.part5.rar
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Semiconductor Nanophotonics_Materials, Models, and Devices 2020.part6.rar
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Semiconductor Nanophotonics_Materials, Models, and Devices 2020.part7.rar
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