Titlebook: Semiconductor Photonics of Nanomaterials and Quantum Structures; Applications in Opto Arash Rahimi-Iman Book 2021 The Editor(s) (if applica

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Entering a Two-Dimensional Materials World,ttention of various research communities. With the rise of graphene as a promising ultrathin, electronic and optoelectronic, flexible and robust material, the exploration of other similar van-der-Waals materials in the monolayer regime came into focus about a decade ago. Among them are the semicondu

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Optical Measurement Techniques,tical tools. These tools typically incorporate suitable light sources and detection schemes to probe properties of the target system optically. Through special measurement techniques, one can for instance obtain optical images with high spatial resolution to map features of a sample, or read out spe

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Effects of Quantisation, be employed to alter electronic or photonic properties depending on the application. From bulk to zero-dimensional structures, the quantisation of energy states for physical entities, such as electrons or photons, gets pronounced and the density of states is strongly modified based on the dimension

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Structuring Possibilities,rowth and deposition, and ultra-precise processing techniques, such as etching and milling, that result in defined mesoscale or nanoscale structures for various studies and applications. Typically, experiments rely on the availability of suitable structures, and advances in the domain of quantum tec

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Introduction,ls with an emphasis on optoelectronics and quantum technological applications are highlighted. A number of selected examples from experimental and theoretical works in this field shed light on novel material systems, material engineering and physics, as well as optoelectronic devices.