A unique modular system for surface science, developed at JRC Karlsruhe by Thomas Gouder, is moving to Prague. Discover how it works, why it’s being transferred, and how it will support future research at FZU.

Mineralogist Jakub Plášil uncovers complex crystal structures and discovers new minerals. His research deepens understanding of uranium in nature and earned him a major EMU award.

Researchers from the Czech Academy of Sciences developed a 3D-printed microfluidic reactor enabling faster, greener, and higher-quality synthesis of polymer brushes — the foundation of modern biosensors.

An international team discovered a new light-harvesting system in marine Asgard archaea: rhodopsins with carotenoid antennas that enhance light absorption and ATP generation in ocean environments.

As a child, Tomáš Čermák struggled socially, but now, at 18, he's graduating high school, winning awards, and working with the Czech Academy of Sciences.

From an early age, she was fascinated by the microworld of cells and molecules. But she didn’t just want to observe it – she began to actively transform it.

The research and development of multiscale materials is being carried out by researchers as part of the AMULET project led by the J. Heyrovský Institute of Physical Chemistry of the CAS.

The interview with Tomáš Pluskal from the Institute of Organic Chemistry and Biochemistry of the CAS.

What kind of methods can be used to examine the inner world of crystals? How did crystallographic research develop in Czechoslovakia? And what can researchers today discover down to the nanoscale?

Researchers from BIOCEV and their German colleagues described a large set of de novo proteins, helping unravel the otherwise hard-to-decipher properties of these mystery proteins.