Mgr. Helena Reichlová, Ph.D.
My primary scientific interest lies in understanding the coupling between spin, heat, and charge in magnetically non-trivial materials. Specifically, through magneto-thermal transport experiments, we experimentally study antiferromagnetic and altermagnetic materials. Our goal is to identify and detect robust spintronic, spin-caloritronic, and magnonic phenomena to contribute to the sustainable growth of information technology.
Dr. Joris Raeymaekers
My recent research focuses on holographic duality as a framework to understand quantum gravity. My interests can be divided into two broad research avenues. One line of research aims to delve into a deeper understanding of how holography works by studying tractable examples. I am interested in the holographic description of higher spin gravity theories […]
RNDr. Michael Prouza, Ph.D.
I am involved in research in the areas of astroparticle physics, cosmology, gravitational physics, and astronomy. I am the national coordinator of the large research infrastructure for the detection of high-energy gamma-rays – the Cherenkov Telescope Array (CTA) Observatory and I am also the Czech representative in the Board of Directors of the Vera […]
Ing. Štěpán Potocký, Ph.D.
Our group is looking for enthusiastic postdoc researchers who are keen to experimentally work on various issues related to chemical vapor deposition (CVD) of diamond, from efforts to achieve increased deposition rates and area or develop new routes in diamond doping for particular applications, especially in biomedicine, to proof-of-concept experiments on new applications. The key […]
RNDr. Václav Petříček, CSc.
I devoted my scientific career to developing the crystallographic computing program Jana (see http://jana.fzu.cz). The program’s latest version, Jana2020, covers most of the contemporary crystallography topics, namely structure determination of standard, aperiodic and magnetic structures from x-ray, neutron and electron diffraction data of single crystals of powders. It is used by 3000 users, and its […]
Ing. Jan Pejchal, Ph.D.
Our research activities are focused on the following areas: Growth of inorganic crystals using the micro-pulling-down method: Postdoc will gain experience in preparing single crystals of various multicomponent garnets, perovskites, orthosilicates or lithium-containing crystals, will be involved in determining and optimizing growth conditions and material compositions to obtain crystals of improved quality. Study of luminescence […]
Sunil Pathak, Ph.D.
Surface Quality and surface Integrity remain a challenge for Additive Manufacturing (AM) processes to become familiar with regular industrial usage. AM requires extreme post-processing operations such as machining, finishing, sandblasting, laser shock peening, etc. to reach the desired levels of surface quality and Integrity. Efficient usage of machine learning can help in reducing the post-processing […]
Dr. Marek Paściak
As a materials scientist, I am fascinated by the emerging order within seemingly chaotic mediums and intrigued by local textures. I am particularly interested in modern dielectric materials, primarily perovskites, in which intrinsic electric dipole moments can correlate over short distances or timescales and often form intricate topological nanoscale patterns. My research focuses on understanding […]
Dr.rer.nat. Lukáš Palatinus
The core of my scientific interests is the development of tools for structural analysis based on three-dimensional electron diffraction (3D ED) data. This technique allows the determination of crystal structures from extremely small crystals, which makes it attractive in a broad range of scientific disciplines. At the same time, structure analysis by this technique is […]
RNDr. Lukáš Ondič, Ph.D.
Our research is focused on the experimental investigation of light-emitting color centres in diamonds with potential applications in photonics and sensing. Using the tools of ultrafast and low-temperature spatially resolved photoluminescence techniques, the optical properties of diamond color centres are studied. The goal of our research is to understand the fundamental physical properties responsible for […]