Days of Electron Microscopy 2024
CEPLANT and the Department of Plasma Physics and Technology joined with the Botanical Garden, welcomed over 200 people for the event Days of Electron Microscopy 2024 in Brno. This annual event aims for the general public to promote the fact that Brno is a global metropolis in electron microscopy.

CEPLANT and the Department of Plasma Physics and Technology offered an exciting program for the general public during Days of Electron Microscopy. Lectures, lab tours, exhibition and 3D screening draw attention of many visitors. The Tardigrada model at the Botanical Garden was an eye-catcher for all those passing by the Kotlářská campus of MU Faculty of Science.
The topics of this year's event were microscopic villains. And there were a lot of them. We covered the biological villains, physics villains that hinder our attempts for microscopic imaging, and those technological ones we try to prevent or eliminate.
We look forward to the following year's Days of Electron Microscopy 2025. The topic will be "Villain or Hero: we are a family".
More articles
-
The research project focused on the development of superhard materials has successfully concluded its four-year effort
After four years of collaboration between academia and industry, the project “Numerical Models for the Optimization of Innovative Superhard Materials” was successfully completed in March 2025. Funded by the Technology Agency of the Czech Republic under the TREND programme, the project delivered new simulation tools and experimental insights that will accelerate the development of advanced protective coatings for mechanical engineering and the aerospace industry.
-
Ondrej Kubinec at TEM-UCA Summer Workshop 2025
PhD student Ondrej Kubinec, supervised by Assoc. Prof. Vilma Buršíková, participated in the TEM-UCA Summer Workshop 2025 in Puerto Real, Spain, focused on the latest advances in transmission electron microscopy for nanomaterials. His program included expert lectures and hands-on training with specialized tools for EELS analysis and electron beam–crystal interaction modeling, supporting his research on thermoelectric materials.