Quantum Devices
In the winter term, we are offering a lecture series on current trends in “Quantum Devices”, which are taking advantage of spin transport, many-body correlations, and topological phenomena.
The lectures will discuss the theoretical underpinnings of these concepts, experimental aspects such as top-down and bottom-up nanostructuring of complex materials, and emerging synergies with related fields such as solid-state ionics and quantum technology.
Specific topics to be discussed include spin-orbitronics, topological transport, skyrmionics, superconducting spintronics, magnonics, nanowires and nanotubes, 2D materials and twistronics, solid-state qubits, and solid-state quantum sensors.
Program
Date | Title | Speaker | Lecture Notes/Slides | |
---|---|---|---|---|
21.01.2022 | Quantum Devices – Introduction | Prof. J. Mannhart, MPI FKF, Stuttgart | Notes Part 1 | |
28.01.2022 | Oxide Electronics | Prof. J. Mannhart, MPI FKF, Stuttgart | Notes Part 2 | |
04.02.2022 | no lecture | --- | ||
11.02.2022 | Non-local transport in ultra-pure metal oxides | Prof. A. Mackenzie, MPI CPfS, Dresden | Notes | |
18.02.2022 | Microstructured quantum materials | Prof. P. J. W. Moll, MPSD, Hamburg | ||
25.02.2022 | Topological quantum materials and devices | Dr. Niels Schröter, MPI Halle | ||
04.03.2022 | Spintronics | Prof. S. P. P. Parkin, MPI Halle | ||
11.03.2022 | no lecture | |||
18.03.2022 | Nonunitary Quantum Electronics | Prof. J. Mannhart, MPI FKF, Stuttgart | Notes | |
25.03.2022 | Quantum devices based on NV centers in diamond | Prof. J. Wrachtrup, University of Stuttgart | ||
01.04.2022 | Hybrid superconducting quantum circuits | Dr. Uri Vool, MPI CPfS Dresden | ||
08.04.2022 | Quantum Hall Effect- Physics and Application | Prof. Klaus v. Klitzing , MPI FKF Stuttgart | ||
15.04.2022 | no lecture | |||
22.04.2022 |
Basics and perspectives of epitaxial approaches for semiconductor quantum materials ---
postponed
|
Prof. Anna Fontcuberta i Morral, EPFL Lausanne |