Dynamically developing institution of higher learning, and one that combines respect for tradition with a commitment to the new. It is currently one of the most modern academic centres in Poland.
We have eleven faculties with over 25,000 students, doctoral students and post-graduates, who are taught by more than 1,700 academic staff. Outstanding at the field of Quantum Physics in Poland and internationally. Read more: en.ug.edu.pl
We use technology to solve real problems, help organisations overcome complex challenges, and improve people’s everyday experiences.
Working with clients across healthcare, commercial, and the public sector, we build strong partnerships and create lasting impact. With over 3,000 people in 23 countries, we operate globally to make the world a little better every day.
Discover more about us at kainos.com
The ICTQT is a joint research unit of the University of Gdańsk (UG) and the Institute for Quantum Optics and Quantum Information of the Austrian Academy of Sciences (IQOQI-Vienna), which serves as its official strategic partner. The centre aims to conduct scientific research and development in line with its research agenda, within an international academic environment, and at the highest academic level. It emphasizes adherence to high ethical standards, good academic practices, and the dissemination of knowledge. Read more: ictqt.ug.edu.pl
Quantum Information Technology (QIT)
2-year master’s programme taught fully in English focused on the interdisciplinary study of quantum physics, mathematics, and computer science
The University of Gdańsk is the leading Polish university in quantum physics, mathematics and computer science. This university is in the founder group of extremely important quantum research centers in the world:
– The International Centre for Theory of Quantum Technologies (ICTQT) in Gdańsk
– Krajowe Centrum Informatyki Kwantowej | National Quantum Information Centre (KCIK) in Sopot
Quantum Information Technology (QIT) is an innovative and rapidly developing global field of study, driven by the realisation that the seemingly weird features of the microscopic quantum world, can, remarkably, enable new technologies which would be otherwise impossible. These include unbreakable cryptography, ultraprecision measurements, and quantum computers which can solve problems that are intractable on any classical computer. These developing technologies have the potential to revolutionise the modern world: from mobile phones to medicine, chemistry, and finance.