RNDr. Jiří Chudoba, Ph.D.
During my professional career, I studied production of top quarks and W bosons on several collider experiments. I started with searches for top quark at SPS collider (before the top quark was discovered at Tevatron) and continued with precision measurements of W boson properties at LEP collider. Later I moved to LHC experiments. I was […]
Mgr. Evgenia Chitrova, Ph.D.
As a researcher of the Department of Magnetic Measurements and Materials, my work is focused on experimental studies of materials with fascinating magnetic properties. Magnetic materials play crucial roles in various fields, including information technology and energy conversion. My primary interest is to understand the fundamental properties and how to „tune“ the materials to have […]
Mgr. Zdeněk Hubička, Ph.D.
The work is oriented on the research of reactive pulsed magnetron sputtering r-HIPIMS, mid-frequency (MF) and RF reactive magnetron sputtering of semiconductor thin films and multilayered structures for photocatalytic, solar water splitting, solar cells, and sensory applications. Oxide and sulphide semiconductors were investigated as TiO2, Fe2O3, ZnO, WO3, CuO, CuFeO2, CuWO4, FeS2, WS, MoS2, etc. […]
Ing. Alice Hospodková, Ph.D.
We are focused on the preparation and characterization of GaN based heterostructures for both, electronic as well as luminescence applications. Our research team is looking for postdoc who is interested in nitride epitaxy of newly designed heterostructures and who is not scared by following epitaxial challenges: development of core-shell structures based on GaN nano- and […]
Jan Honolka, Ph.D.
The overall research focus is to explore the structural and electronic properties of 2D materials and their interface to substrates. Materials are studied under UHV conditions in the NanoESCA analysis and scanning tunneling microscopy chambers at SAFMAT. Materials research of 2Ds in the ultra-thin limit is interesting both from a fundamental point of view and […]
Ing. Jiří Hlinka, Ph.D.
My vision for the next decade is to promote explorations of novel bulk and quasi-2D materials with broken structural and magnetic symmetries. The aim is to identify potential hosts of topological solitons and unconventional excitations. We hope to find climate-friendly materials needed for future sustainable optoelectronic technologies by combining theory and experiemnts. We are waiting […]
Margarida Isabel Sousa Henriques, Ph.D.
Our team is looking for a postdoc researcher to tackle unconventional states in correlated matter. This comprises synthesis strategies and characterization of a variety of known and novel materials, identification of promising systems, performing detailed experimental investigations of their electronic properties under various external variables, including neutron scattering and synchrotron experiments. I work at […]
Ing. Luděk Heller, Ph.D.
As researcher of the Department of Functional Materials I have been investigating fascinating properties of shape memory alloys for many years. Although these alloys have been employed in medical, energy conversion, and space applications, their application potential remains, however, not fully exploited due to still limited understanding of irreversible deformation mechanisms coupled with martensitic transformation. […]
Oleg Heczko, Dr.
During the last 10 years I and my magnetic shape memory group in FZU has pursued mostly the experimental research of elasto-magnetic multiferroic materials based on Heusler alloys and more specifically on Ni2MnGa. This elasto-magnetic behavior is known as MSM phenomena. Although most of our work is experimental, also theoretical foundations were examined based on […]
Ing. Petr Hauschwitz, Ph.D., MBA
I am interested in cutting, drilling, stripping and structuring in micrometer dimensions. Mostly with ps and ns laser systems. Except that the focus is on surface functionalization to fabricate superhydrophobic, friction reduction, improved adhesion, biocompatible and antibacterial surfaces. Additionally, automatization, data processing and AI are one of the lab priorities for future micromachining. I […]
