Our research group focuses on four main areas: the fabrication of nanostructures using bottom-up methods, the fabrication of nanostructures using top-down methods (nanolithography), the investigation of the functional properties of nanostructures, and the development of analytical and measurement methods. These areas complement one another, allowing us to cover the entire process from the design and fabrication of nanostructures to their detailed characterization
The leader of the Fabrication and Characterisation of Nanostructures Research Group focuses his research on the fabrication of nanostructures and the investigation of their functional properties, plasmonics, and the development of analytical and measurement methods and instruments
Our research covers the entire process of working with nanostructures – from their design and fabrication, through the investigation of their functional properties, to the development of methods that enable these properties to be precisely diagnosed. We combine a bottom-up approach, relying on the self-organized growth of nanoobjects, with top-down techniques, particularly nanolithography, which allows us to create structures with sub-10-nanometer precision
The highly-engineerable scattering properties of metallic and high-index semiconductor/dielectric nanostructures…
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Classical biochemical tests in vitro are currently replaced by bioelectronic sensors that excel in their speed,…
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Magnetic spin waves (magnons) have become a subject of an intensive research due to their high application potential in…
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Spin waves in the THz region have become a subject of growing interest due to a high group velocity of magnons (steep…
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