Strouhal's Lecture - Jana Kalbáčová Vejpravová: CURRENT CHALLENGES OF LOW-DIMENSIONAL MAGNETISM
Begin: 03.03.2021, 14:00
Location: Zoom Meeting ID: 922 6355 8960

Jakub Šebesta: Topological Insulators and Magnetic Order
Begin: 04.03.2021, 14:30
Location: ZOOM Meeting ID: 958 0426 7376

Dominik Legut: Thermal expansion and thermal conductivity of novel nuclear fuels
Begin: 05.03.2021, 13:00
Location: ZOOM Meeting ID: 92723439312

Milan Dopita: Instrumentation and experimental facilities of the X-ray laboratory at the DCMP, MFF UK
Begin: 10.03.2021, 14:10
Location: ZOOM Meeting ID: 958 0426 7376

Herwig Michor: Crystal Growth and Studies of Magnetism and Charge Density Wave Physics in Quasi-1D Metals RNiC2
Begin: 17.03.2021, 14:10
Location: ZOOM Meeting ID: 958 0426 7376

Title: Jonathan Leiner: Frustrated Magnetism in Mott Insulating V2O3
Number: 6/21
Status: Not exceeded
Begin: Středa, 21.04. 2021, 14:10
Tutor: Vladimír Sechovský
Location: ZOOM Meeting ID: 958 0426 7376

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We have a pleasure to invite you to attend the joint seminar
of the Department of Condensed Matter Physics (DCMP)
and the Materials Growth and Measurement Laboratory (MGML)




Frustrated Magnetism in Mott Insulating V2O3

lecture given by:

Jonathan Leiner

Technical University of Munich, Germany
Meeting ID: 958 0426 7376 

on Wednesday, 21.4. 2021 from 14:10 CEST (12.10 UTC) 

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Vladimír Sechovský
On behalf of the DCMP and MGML


By comparing neutron spectroscopy and theoretical density-functional methods, we show the paramagnetic Mott insulating phase in 4% Cr-doped V2O3 owes its existence to frustrated magnetic interactions in quasi-2D honeycomb layers. Specifically, we find that this frustration supplants a magnetically ordered insulator by a spin-liquid-like insulating phase, thus suppressing the magnetic ordering temperature sufficiently to unveil this unique isosymmetric Mott metal-insulator transition. This work leads to the recognition that magnetic frustration can be a key player in the phase diagrams of strongly correlated metals with orbitally selective electron localization transitions.

For further details and description, see Physical Review X 9, 011035 (2019).