ɫɫÀ²

News

Finnish Quantum Flagship receives €13M boost

Research Council of Finland doubles down on Finnish quantum technology investments by injecting €13M into flagship coffers for the first five years of the eight year project. Further funding to also be contributed by the flagship’s host organisations.
A gold-plated cryostat sits half open with many cables coming out from the bottom.
The Finnish Quantum Flagship received its first round of funding from the Research Council of Finland in January 2024. Photo: Mikko Raskinen/Aalto University

A massive wave of new funding has now been dedicated to quantum research, education, and technology development in Finland. The Research Council of Finland on January 11 awarded â‚¬13 million to the newly launching Finnish Quantum Flagship (FQF) project.

Initial flagship plans anticipate roughly the same amount of funding to be contributed by the various member organisations that make up the flagship. These sums would represent only the first five years of funding for the eight year project. FQF plans to kick off its master plan in March 2024.

FQF comprises the following host organisations: Aalto University (coordinator), VTT Technical Research Centre of Finland, the University of Helsinki, the University of Jyväskylä, Tampere University, the University of Oulu, and CSC-IT Centre for Science.

‘With funding in hand, FQF is now armed with the necessary resources to broaden interdisciplinary quantum expertise and translate it beyond the scientific community. This is important. Finland is one of the known forerunners in quantum technologies, and our national collaboration is flexible. Although global competition is getting fierce, the spirit of collaboration among Finnish universities, research institutions, government agencies, and industrial partners is what sets us apart from other countries. The launching of this flagship will serve as a catalyst in bolstering Finland’s excellency in education, research, and industrial development in quantum technologies,’ says FQF Director Peter Liljeroth, a professor of physics at Aalto University.

The flagship’s timeline is planned for 2024-2031 and represents a multifaceted advancement of the Finnish quantum ecosystem. Other than sponsoring cross-collaboration between the dozens of research groups in FQF, the newly awarded funds will be used to attract, train, and retain international talent—a persistent problem of the field and a key focus area of FQF.

Additionally, the funds will be used to initiate new research activities and industrial endeavours, as well as to raise awareness of quantum technology in Finnish society via open-access educational programmes and trainings.

While codifying a quantum-ready Finland is at the forefront of FQF objectives, establishing networks between other Nordic states is also top-of-mind. FQF members are performing an ongoing landscape analysis with their counterparts from Sweden, Denmark, and Norway as part of the Nordic Quantum international collaborative. This group aims to identify fruitful areas of collaboration in quantum technology research and development between the Nordic states. 

Broader European collaboration and bilateral relations with countries like the United States have also been underway for some years, and these are based on public declarations.

FQF is hosted within , which is the Finnish quantum institute that serves as an umbrella collaborative organisation in quantum science and technology. Founded in 2021 between Aalto University, VTT and the University of Helsinki, InstituteQ aids in the facilitation of highest-level research, the adoption of novel technologies, the development of new commercial opportunities, and the development of national training programs.

Contact:

Peter Liljeroth

Finnish Quantum Flagship Director

5 things for decision makers to know about quantum technology in Finland

FQF Director Peter Liljeroth & InstituteQ Director Jukka Pekola discuss Finland's quantum tech landscape.

Read more
Three people look at a quantum computer

Affiliated groups & news

Learn more about the groups involved in FQF activities.

Logo with the word 'InstituteQ' featuring a gold and black circular design, on a white textured background.

InstituteQ coordinates quantum research, education, and business in Finland

QTF-hero logo

The national Quantum Technology Finland (QTF) Centre of Excellence brings together scientific and technological excellence and cutting-edge research infrastructures to harness quantum phenomena in solid-state-based quantum devices and applications.

A map of Finland sits on top of an artistic illustration of small-scale circuits.

Aalto University to coordinate Finnish quantum initiatives in latest national flagship programme

The flagship unites dozens of research institutions, companies, and startups in new collaborative front

News
  • Updated:
  • Published:
Share
URL copied!

Read more news

Unite! Seed Fund 2026: Call opens on 20 January. Applications open for student activities, teaching and learning, research and PhD.
Cooperation, Research & Art, Studies, University Published:

Unite! Seed Fund 2026: Call opens on 20 January 2026

Gain an early overview of the Unite! Seed Fund Call of Spring 2026. The call includes three funding lines: Student Activities, Teaching and Learning, and Research and PhD.
Deepika Yadav in the Computer science building in Otaniemi. Photo: Matti Ahlgren.
Appointments Published:

Deepika Yadav leverages technology to improve women's health

Deepika Yadav recently began as an assistant professor at the Department of Computer Science in the field of human-computer interaction (HCI) and interaction design for health and wellbeing.
A large cargo ship loaded with colourful containers sails across the blue ocean under a partly cloudy sky.
Research & Art Published:

Study: Internal combustion engine can achieve zero-emission combustion and double efficiency

A new combustion concept that utilizes argon could completely eliminate nitrogen oxide emissions from internal combustion engines and double their efficiency compared to diesel engines.
Microscopic view of several rod-shaped bacteria with hair-like structures, set against a dark red background.
Press releases, Research & Art Published:

A new way to measure contagion: the gut bacterium behind blood poisoning can spread like influenza

Neither the antibiotic-resistant nor the highly virulent strains are the most transmissible.