Quantum Materials, Quantum Many Body Systems, Quantum Sensing
Ludwig-Maximilians-Universität München
Chair of Solid State Physics, Fakultät für Physik
Geschwister-Scholl-Platz 1
Raum N103
80539 Munich
+49-(0)89-2180-3738
Dmitri.Efetov[at]physik.uni-muenchen.de
Research websiteMoiré materials are an entirely novel class of materials, which show an unparalleled abundance of exotic quantum phases. Their study could answer key questions about the mechanisms which govern unconventional superconductors and strange metals, and may lead to revolutionary quantum sensing applications.
Description
Main research focus: Quantum Materials, Quantum Many Body Systems, Quantum Sensing
Our group engineers exotic quantum effects in the emerging class of 2D van der Waals and moiré materials, and employs these for ground-breaking quantum sensing applications. We explore correlated, superconducting, magnetic and topological systems with a combination of transport, microwave and optical measurements at milli Kelvin temperatures, high magnetic fields (>35 Tesla) and on ultra-fast time-scales (femto Seconds) to study these materials.
Featured
- Dmitri Efetov is awarded the Leibniz Prize
- Interview with Dmitri Efetov on our blog: The Magic of Rotated Graphene Sheets
- Profile article on Research in Bavaria: Dmitri Efetov: Quantum Physics and Graphene
- Dmitri Efetov Receives the International Early Career Scientist Prize