CEITEC Masaryk University researchers have mapped magnetically induced electron currents in molecules containing gold, mercury and astatine, revealing new insights into chemical bonding.

Scientists at CEITEC Brno University of Technology used live microCT to observe living corals in real time for the first time, revealing how they grow, regenerate, and defend themselves.

ERA Postdoctoral Fellow William Morton reflects on two years at CEITEC Masaryk University, discussing research, life in Brno, scientific culture, and international collaboration.

Scientists from CEITEC and Masaryk University uncovered a molecular switch in the Wnt signalling pathway that controls cellular decision-making and may help explain how cancer begins.

XPS is a key surface analysis technique, yet studies suggest up to 60% of published spectra may be misinterpreted. Learn why these errors occur and how better training can improve scientific reliability.

Scientists from CEITEC BUT and CMI are developing AI-powered high-speed AFM microscopy that could accelerate measurements of live cells and semiconductor chips up to fivefold.

CEITEC MUNI helps shape a global standard for intrinsically disordered protein research—flexible molecules crucial for understanding cancer and neurodegenerative diseases.

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.