Mgr. Hynek Němec, Ph.D.
Terahertz spectra encode information on charge transport on nanoscale distances. In the past, we have developed both experimental and theoretical frameworks oriented on the understanding of the linear response and its relation to the charge transport in large ensembles of nano-objects https://doi.org/10.1002/adom.201900623. Several new directions are nowadays explored in our group, including the following topics: […]
Ing. Marcela Mikeštíková, Ph.D.
My main interest is research and development of new radiation tolerant semiconductor detectors for experiments on very high luminosity colliders. Since 2009, I have been a member of the international ATLAS R&D group „Development of n-in-p silicon sensors for very high radiation environment“, which developed in cooperation with the Japanese company Hamamatsu a radiation-hard strip […]
Nikita Medvedev, MSc., Ph.D.
Ultrafast laser or particle irradiation of materials plays an important role in both, fundamental and applied sciences. Understanding of basic phenomena in the physics of solids, nonequilibrium kinetics, and matter at extreme conditions, benefits from experiments accessing the natural time window of the involved processes (femtosecond timescales) such as electron kinetics, electron-ion (electron-phonon) coupling, and […]
RNDr. Roman Lysák, Ph.D.
My main professional interest is the top quark physics. I’m working on ATLAS experiment at the Large Hadron Collider (LHC) at CERN and contributed to various analyses studying top quark, e.g., the measurement of a subtle effect in the production of top quark pair, so called ‚charge asymmetry‘, the measurement of differential cross-sections using highly […]
Mgr. Oleg Lunov, Ph.D.
DNA-based structural nanotechnology holds unique opportunities to build oligonucleotide nanostructures with tightly controlled size, shape, and surface functionality. Such remarkable molecular control over DNA nanostructures (DNs) enables construction of complex 3D structures with nanometer precision. Studies on the cell uptake and processing of nanomaterials are predominantly performed on tissue culture plastics or glass coverslips, which […]
RNDr. Hana Lísalová, Ph.D.
I am interested in research on functional biointerfaces, biomimetic systems, and biological processes in native environments using tailor-made functional surfaces and advanced experimental techniques. To advance frontiers in these areas we develop new approaches with interdisciplinary character combining research in areas of biomolecular physics, chemical engineering, material surfaces, optics, nanotechnology or biology. The research focus […]
Renann Lipinski Jusinskas, Ph.D.
My current research stands on the interface between string theory and quantum field theory. The focus of my PhD was superstring theory, specifically the pure spinor formalism, which is used to quantize the string while keeping the spacetime (super)symmetries manifest. I continued working on fundamental aspects of string theory in the following years, including chiral […]
RNDr. Martin Ledinský, Ph.D.
My scientific activities are concentrated on two topics – halide perovskites mainly for photovoltaic (PV) purposes and crystalline silicon PV – passivation by silicon thin film and its characterization. The first topic, halide perovskites, is the fastest evolving branch of photovoltaics, with substantial potential for practical use, which already started to be commercialized by many […]
Ing. Ján Lančok, Ph.D.
My interest is focused on material research with expertise in the field made up of thin films preparation by means of Physical Vapour Deposition (Pulsed Laser Deposition, magnetron sputtering, electron beam evaporation, plasma modification etc.) and their properties analyses. I developed and constructed new technologies for different kinds of coatings and nanostructured thin film fabrication. […]
Doc. RNDr. Petr Kužel, Ph.D.
Terahertz spectral range is very important for investigations of nanostructures and namely of graphene. They provide pertinent information about charge carrier transport and confinement, and e.g., about the plasmonic response [DOI:10.1002/adom.201900623]. Graphene layers show a great potential for various applications in nanoelectronics owing to a highly efficient charge carrier transport within the two-dimensional sheets and […]
