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Bookmark or Share- Quantum dots: Introduction to their science and applicationsQuantum dots do the same trick—they also have quantized energy levels—but dots made from the same material (say, silicon) will give out different colors of light depending on how big they are. The biggest quantum dots produce the longest wavelengths (and lowest frequencies), while the smallest dots make shorter wavelengths (and higher ...
- Semiconductor quantum dots: Technological progress and future ... - ScienceSemiconductor quantum dot technologies. Quantum dots feature widely tunable and distinctive optical, electrical, chemical, and physical properties. They span energy harvesting, illumination, displays, cameras, sensors, communication and information technology, biology, and medicine, among others.
- The development of quantum dots wins the 2023 Nobel prize in chemistryChemist Moungi Bawendi, chemist Louis Brus and physicist Alexei Ekimov split the prize for the discovery and synthesis of quantum dots, the Royal Swedish Academy of Sciences announced October 4.
- Quantum dots: an overview of synthesis, properties, and applicationsQuantum dots (QDs) have sparked great interest due to their unique electronic, optical, and structural properties. In this review, we provide a critical analysis of the latest advances in the synthesis, properties, and applications of QDs.
- Quantum Dot - an overview | ScienceDirect TopicsQuantum dots (QDs) are semiconductor nanocrystals with dimensions in the nanometre scale, and they show quantum size effects in their optical and electronic features. The typical formula of QDs is MX where M is normally cadmium (Cd) or zinc (Zn) and X is selenium (Se), sulphur (S), or tellurium (Te).
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