Česká verze stránek
Website:https://www.fzu.cz/en/home
Institute of Physics of the Czech Academy of Sciences
The Institute of Physics of the Czech Academy of Sciences (FZU) conducts world-class research in quantum, laser and advanced materials technologies, including applications for security, defence and critical infrastructure protection.
The Institute of Physics of the Czech Academy of Sciences (FZU) is the largest public research institute in the Czech Republic, conducting internationally recognized research in physics, advanced materials, laser technologies, particle and nuclear physics, plasma physics, and quantum technologies. As a key member of major European research infrastructures, including CERN, ELI ERIC and HiLASE, FZU plays a leading role in developing cutting-edge technologies with both civilian and dual-use applications.
FZU actively cooperates with industry, universities, government institutions, and international partners to transfer scientific knowledge into practical solutions. Its research contributes to advanced manufacturing, semiconductors, photonics, high-performance computing, and next-generation sensing technologies, strengthening Europe's technological competitiveness.
In the field of defence and security, FZU develops technologies with significant potential for critical infrastructure protection, advanced sensing and detection systems, laser-based applications, radiation detection, resilient materials, quantum technologies, and secure communications. The institute's expertise supports innovation in areas relevant to national security, NATO capability development, and European defence research initiatives.
By combining scientific excellence with strong international collaboration and technology transfer, FZU represents a strategic partner for research, innovation, and industrial cooperation in advanced technologies, security, and defence.
FZU actively cooperates with industry, universities, government institutions, and international partners to transfer scientific knowledge into practical solutions. Its research contributes to advanced manufacturing, semiconductors, photonics, high-performance computing, and next-generation sensing technologies, strengthening Europe's technological competitiveness.
In the field of defence and security, FZU develops technologies with significant potential for critical infrastructure protection, advanced sensing and detection systems, laser-based applications, radiation detection, resilient materials, quantum technologies, and secure communications. The institute's expertise supports innovation in areas relevant to national security, NATO capability development, and European defence research initiatives.
By combining scientific excellence with strong international collaboration and technology transfer, FZU represents a strategic partner for research, innovation, and industrial cooperation in advanced technologies, security, and defence.
