Our colleague Daniel Staško defended PhD thesis

On Monday 27th January 2025, our PhD student Daniel Staško successfully defended his doctoral thesis, completing his study cascade at our department and faculty. His research path began in 2017 within the student faculty project “Callibration of new transmitting medium for high pressure experiments“. This project was followed by his bachelor thesis and his master work. In 2020, Daniel, together with his supervisor Milan Klicpera, delved into the study of frustrated pyrochlore oxides. This research culminated in the successful defence of his doctoral thesis "Crystallographic and electronic properties of rare-earth A2B2O7 oxides under extreme conditions".

Breaking Barriers: Magnetic Fields Enhance Superconductivity in UTe₂

Our recent paper published in the Proceedings of the National Academy of Sciences (PNAS), titled “Superconducting critical temperature elevated by intense magnetic fields,” explores how intense magnetic fields influence superconductivity in unconventional systems, shedding new light on the physics of superconductors.

Czech-Bavarian Mini-School: Magnets, Lasers, Neutrons

Our department in collaboration with Technical University of Munich organized the third edition of the Czech-Bavarian Mini-School on large research infrastructures and open data. Students acquired skills ranging from crystal growth to advanced neutron techniques and learned how to analyze data in accordance with F.A.I.R. principles.

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The Magnetism Group studies physical phenomena originating from the behavior of electrons in matter. Throughout the group, we prepare and study a range of materials ranging from: lanthanoid and uranium-based intermetallics, magnetic-shape-memory Heusler alloys, and frustrated magnetic oxides, to van der Waal and misfit layer materials. Using both our range of preparation and crystal growth facilities, as well as our extensive suite of properties measurements instruments, we are steadily building bridges-of-understanding linking the electronic structure of this wide range of materials to the observed magnetic and electronic properties. We also investigate the tuning of these properties using both high-magnetic fields and high pressures.

## Students wanted!!

Choose one of our topics:

Topological superconductivity in unconventional superconductors.
Magnetism in unconventional superconductors.
Correlated electron systems with unconventional superconductivity.
Topological phases in correlated electron systems.
Quantum criticality in unconventional superconductors.
Non-Fermi liquids in unconventional superconductors.
Exchange interactions in unconventional superconductors.
Phase diagrams of unconventional superconductors.
Superconductivity in the presence of disorder.
Unconventional superconductivity in low dimensional systems.

Actual offer of students' theses:

Upcoming seminars

Seminar on Magnetism

Prof. Tomáš Jungwirth : From superfluid 3He to altermagnets

26. 02. 2025 14:10

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What do we explore?

magnetism
superconductivity
quantum effects
frustrated systems
layered 2D structures including Van der Waals systems and misfit layers

How do we go about it?

Preaparation of unique samples, often as high-quality single crystals
Studies down to extremely low temperatures
The application of strong magnetic fields and external pressures
Hydrogenation as a mechanism to expand metallic lattices
Cooperation with the theoretical group for explanation of the observed effects

What do we offer?

A wide range of sample preparation and crystal growth techniques to prepare interesting new materials
The possibility to measure with a wide range of techniques, as well as under multi-extreme conditions
A young and dynamic scientific team with numerous visiting foreign nationals
Operation with specific instruments in the home laboratory and foreign infrastructures as well (sources of neutron and synchrotron radiation)