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Following the long dominance of CdSe quantum dots as the paradigm semiconductor nanocrystals for investigating of strong quantum confinement phenomena, attention is paid to the lead chalcogenide quantum dots which possess a level of carrier confinement unachievable in quantum dots of other materials. However, the energy level structure of the lowest 1S–1S exciton in these quantum dots is not defined...
Significant advance of colloidal chemistry in the last years has enabled the production of colloidal nanoparticles with advantageous optical, electronic and magnetic properties specifically tailored to particular applications. The next challenge on the way towards new the production of nanoscale devices profiting on these properties is the integration and arrangement of colloidal nanoparticles onto...
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