CORDIS Project
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This project aims to advance the understanding and manipulation of excitonic states in semiconductor quantum dots using ultrafast spectroscopy. The goal is to develop techniques for controlling quantum states, which are essential for future quantum computing applications.
The research field of the proposed subject is the coherent, ultrafast spectroscopy and manipulation of individual excitonic state confined within a semiconductor quantum dot.
Due to technological advances in light detectors and microscopy techniques, the investigation of the emission properties of individual, localized light emitters is now routinely possible.
These investigations have led to significantly improved insight into the electronic dynamics of these systems and their temporal instabil…
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