In our hub, we want to promote quantum computing, quantum technology and quantum physics – to students, colleges and to the industry. And everyone else too.

We want to bring everyone with a quantum interest together.

What is quantum computing?

Quantum computing is radically different from traditional, “classical” computing. There are certain problems and algorithms that are practically impossible to solve using classical computers, no matter how large or fast. Some of these problems can be solved much faster using quantum computers; this is referred to as as quantum supremacy.

One popular example is the factorization of large integer numbers; it is easy to multiply 17 and 53 to get 901, it is a lot harder to find out which numbers to multiply to get 901. Critical encryption algorithms rely on this fact. But a quantum computer with sufficiently many qubits could decipher such encryption in very little time.

Quantum computing is still in its infancy, but the development runs at an enormous pace. Few people would predict the importance of computers when seeing the the first machines such as ENIAC. These computers were large, expensive and difficult to use, but have in the last 80 years transformed society. Quantum computing, similarly, holds promise of transforming society by enabling us to solve problems that were previously insolvable.

Norway’s first quantum computer

In 2021, OsloMet acquired the first two Norwegian quantum computers. They are named “Hugin” and “Munin” after the ravens of Odin from Norse mythology. The names can be translated to “thought” and “mind”, respectively. The arrival was marked with a scientific summit on Quantum Computing and a launch event with the unveiling of “Hugin”, the very first quantum computer. Funded by the OsloMet AI Lab and the Department of Computer Science, the computers will be used for both teaching and research purposes.

The quantum computers have two and three qubits, respectively, and they will be actively used in the research on a practical application and limits of noisy intermediate-scale quantum computers.

Teaching, research and supervision

OsloMet offers a courses in quantum computing as part of the ACIT – Applied Computer and Information Technology program at the faculty of Technology, Art and Design.

We also supervise master projects on quantum computing as well as PhD projects – in addition to a lifelong learning-course for anyone with an interest.

Quantum technology is also a relevant topic within our newly established Bachelor education within mathematical modeling.

Related activities

NorQSoft: OsloMet is one of the main partners in the Simula-lead Norwegian Quantum Software Center. The centre director, Shaukat Ali, is also affiliated with our hub.

QSTAR: We are also a partner in the Centre for Quantum Computing
and Applications, which is hosted by Sintef and directed by Franz Fuchs.

DQUANT: A QuantERA project aiming to use the openness of NISQ computers as a resource. Sergiy Denysov is one of the Primary Investigators of this project.

The OsloMet Quantum Hub is also a member of The Norway Quantum House and The Gemini Center on Quantum Technology.

Becoming a member and accessing the computer

One of the main aims of the Quantum Hub at OsloMet is to promote quantum computing and foster collaboration in the quantum computing environment in Norway. We are eager to collaborate with partners in academia, research and industry. Do not hesitate to to contact us!