Speaker
Friedrich Krien
Description
The mechanism of the pseudogap observed in hole-doped cuprates remains one of the central puzzles in condensed matter physics. We analyze this phenomenon via a Feynman-diagrammatic inspection of the Hubbard model. Our approach captures the pivotal interplay between Mott localization and Fermi surface topology beyond weak-coupling spin fluctuations. Our analysis naturally explains puzzling features of the pseudogap observed in experiments, such as Fermi arcs being cut off at the antiferromagnetic zone boundary and the subordinate role of hot spots.
| Theoretical Work | Theory |
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Author
Friedrich Krien
Co-authors
Prof.
Alessandro Toschi
(TU Wien)
Prof.
Karsten Held
(TU Wien)
Dr
Patrick Chalupa-Gantner
(TU Wien)
Paul Worm
