Lead sulfide semiconductor dots (QDs) represent a fascinating class of materials with exceptional optoelectronic properties due to their unique size-dependent band gap. These QDs exhibit tunable absorption and emission spectra in the visible region, making them highly desirable for a wide range of applications. Recent review delves into the divers
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quantum dots demonstrate special properties in the higher polarizability of electron energy amounts discretization of Electricity ranges concentration of oscillator energy for specific transition. the scale induced results tend to be elaborate with the surface outcomes that happen to be predominant in these methods acquiring massive surface region