Výběrového řízení na učitelské pobyty Erasmus+ 2023
Vyhlášení výběrového řízení na učitelské pobyty Erasmus+ v akademickém roce 2023/2024, I. cyklus. Přihlášky do výběrového řízení lze podávat prostřednictvím systému ISOIS (Erasmus+ STA (učitelé)).
Our activities are focused on microscopic theories describing physical phenomena in selected families of transition metal oxides. We are interested mainly in phenomena related to the strongly correlated nature of valence electrons in these compounds that manifests itself e.g. in peculiar magnetic properties or unconventional superconductivity. These phenomena can be captured at the level of effective models such as the Hubbard model, t-J model or spin models that we deal with using a number of methods ranging from analytical diagrammatic approaches up to extensive numerical simulations performed on supercomputers.
Témata výzkumu
Within the broad field of transition metal oxides, we have long-time experience with the following particular areas:
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Optical response of high-Tc cuprate superconductors and related materials
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Highly frustrated magnetism of honeycomb oxides with strong spin-orbit coupling
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Spin-state crossover physics and excitonic condensation
Teoretické metody
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Analytical approaches mainly of diagrammatic nature
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Numerical exact diagonalization of small systems
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Quantum Monte Carlo
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Dynamical mean field theory
