At CEITEC, researchers are developing LightEM, a light-based electron microscope enabling adaptive beam modulation, higher resolution, and real-time observation of dynamic processes.

On 28 February, we mark the 100th anniversary of Josef Dadok, a pioneer of NMR spectroscopy and Brno University of Technology graduate who shaped modern magnetic resonance.

The TERAFIT project is developing next-generation magnetic materials—antiferromagnets and altermagnets—that could replace silicon chips and enable faster, energy-efficient IT technologies.

A major upgrade of the TITAN electron microscope at CEITEC delivers atomic-scale resolution and advanced spectroscopy, placing the facility among the world’s leading research laboratories.

Researchers from CEITEC BUT used high-resolution micro-CT to create 3D models of mouse embryos, revealing how Dlx5/6 genes shape the development of the vocal tract and auditory system in mammals.

Scientists at CEITEC BUT developed a breakthrough Mie BLS method enabling optical measurement of ultra-short spin waves, overcoming a long-standing limit and opening the way to low-power magnonic chips.

A CEITEC BUT research idea evolved into 4Slurries—a team developing custom photo-curable ceramic suspensions for precise 3D printing. Their unique know-how now attracts academia and industry alike.

CEITEC’s CT lab is gaining the phoenix v|tome|x L450, a high-energy industrial CT scanner enabling precise 3D inspection of large, dense parts and expanding research and industry capabilities.

CEITEC scientists have experimentally shown for the first time that even weak halogen bonds between molecules share electrons, revealing a partly covalent nature.

Physicists from Brno and Olomouc found potato starch grains act as micro-lenses, focusing, polarizing, and twisting light, enabling new sensors, data transfer, and quantum computing.