Developing microlasers from inorganic perovskite materials
Following the promising results of perovskite NCs due to its strong stability, quantum yield and luminescence, perovskite materials have attracted the attention of many optoelectronic researchers with aims to tap on the extrinsic properties of these nanosized semiconductors. Perovskite has progre...
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| Format: | Final Year Project |
| Language: | English |
| Published: |
2018
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| Subjects: | |
| Online Access: | http://hdl.handle.net/10356/74133 |
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| Institution: | Nanyang Technological University |
| Language: | English |
| Summary: | Following the promising results of perovskite NCs due to its strong stability, quantum yield
and luminescence, perovskite materials have attracted the attention of many optoelectronic
researchers with aims to tap on the extrinsic properties of these nanosized semiconductors.
Perovskite has progressed so rapidly in such a short frame of time that they have already
caught up with other photovoltaic devices which have been around since the 20th century.
Here in this report, I have investigated the properties and characteristics of these NCs from
their atomic level and what enables them to exhibit such favourable optical behaviours. I
also demonstrated how caesium halide perovskite NCs, CsPbBr3 can be formed by various
methods followed by how random lasing can be observed when they are coated on a piece
of a silicon substrate. Towards the end, I gave a brief outlook of perovskite NCs which
highlights on what are their current uses as well as what can we possibly expect from them
for the near future. . . . |
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