Nanophysics and Quantum Transport
Stefan Ludwig
Additional information / Pre-requisites
Basic skills as provided in the beginners solid state physics and quantum mechanics classes are assumed.
Comments
The dynamics of electrons on the nanoscopic scale is of central importance for future quantum technologies. The understanding of these dynamics is an important basis for quantum engineering. In this lecture, we will systematically develop the necessary physical skills from an experimentalists point of view. Our first step will be to study mesoscopic transport in technologically important semiconductor structures with a focus on classical and quantum mechanical transport phenomena. Then, we will explore the quantum dynamics of localized electrons up to that of coupled quantum bits. While this is an experimental lecture, it will make use of theoretical approaches necessary to understand the groundbreaking experiments.
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Suggested reading
to be announced in the lecture
16 Class schedule
Regular appointments
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