Study on the ultrafast dynamics of solid-state semiconducting nanocrystals (QDs) for quantum technologies applications

The recent development of quantistic technologies requires the urgent preparation of materials suitable for the engineering of quantistic-coherent behaviours. Nowadays, quantum dots (QDs), which are semiconducting nanocrystals with exceptional photophysical properties, are a promising candidate for this application. This work will focus on the study of the ultrafast dynamics of a QD-based optoelectronic device by the means of an action-based approach of 2DES (two-dimensional electronic spectroscopy).