Finnish supercomputer gets quantum upgrade

Updated November 9, 2024, Published October 10, 2024 – By Ivana Bratovanova
The names "LUMI" and "HELMI" mean "snow" and "pearl" in Finnish.

LUMI, Europe’s fastest and the world’s fifth fastest supercomputer, has been integratated with the HELMI quantum computer.

The resulting hybrid system is, according to LUMI Director Pekka Manninen, “the most powerful quantum-enabled supercomputing infrastructure in the world".

Located in Kajaani, Finland, LUMI is renowned for its immense computational power, equivalent to approximately 1.5 million laptops. Now, the VTT Technical Research Centre has connected LUMI to the HELMI 5-qubit quantum computer, creating a hybrid computational architecture with enhanced capabilities and research potential.

“We see great potential in quantum computing for accelerating innovation for the benefit of companies and the whole society”, says Pekka Pursula, Research Manager at VTT.

The integration of LUMI and HELMI combines the processing power of classical supercomputing with the advanced capabilities of quantum computing. In this hybrid system, classical computing manages large-scale data processing, while HELMI tackles optimization challenges. This combination boosts efficiency and enables breakthroughs in fields like science, environmental modeling, logistics, and finance.

According to Pekka Manninen, Director of the LUMI Leadership Computing Facility at CSC - IT Center for Science, the upgrade makes it “the most powerful quantum-enabled supercomputing infrastructure in the world".

LUMI’s hybrid architecture is already supporting a wide array of critical research projects. For instance, it is aiding in the prediction of global weather patterns, advancing artificial intelligence research, and supporting drug discovery. Earlier this year, researchers at the University of Salerno used LUMI to analyze thousands of potential drug candidates, improving the efficiency of the drug development process.

The hybrid supercomputer is also proving useful in the study of space phenomena. Aalto University researcher Maarit Korpi-Lagg uses LUMI to study solar magnetism and its impact on solar activity. Her research involves numerical simulations to predict future solar behavior, helping society better understand the effects of solar storms.

Given the high energy demands of such advanced infrastructures, LUMI's location in central Finland was chosen for its access to low-cost hydroelectric power and naturally cold climate. The system also recycles its heat output to warm nearby buildings, reducing energy costs and emissions.

“Quantum computers are in many respects strange and unfamiliar, and it will be exciting to see how our customers end up using them”, comments Mikael Johansson, Quantum Technologies Manager at CSC, IT Center for Science in Espoo.

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Finland probes anonymizing social insurance rulings after staff threats

Published today 10:37 am – By Editorial staff

Finland's Social Insurance Institution is demanding that case handlers' names be allowed to be omitted from decisions. The background is serious threats against employees – including bomb threats and threats against their families.

The Social Insurance Institution (Kela) has approached the Finnish Ministry of Social Affairs and Health with a request for changed rules. The authority wants it to become possible to make decisions without the case handler's name appearing, something that is currently not permitted.

Security Director Sami Niinikorpi describes an alarming situation where employees are subjected to the worst imaginable threats.

This is about the most serious possible threat that one person can make to another, he tells Finnish national broadcaster Yle.

The problems have grown since Kela was given responsibility for decisions on basic social security in 2017. The authority sent out approximately 14 million decisions and letters during 2024, of which 1.6 million concerned basic security. Each year, around 200 reports of threats and harassment from staff are received.

Jussi Syrjänen, special expert at the Finnish Ministry of Social Affairs and Health, confirms that the ministry is now investigating two possible solutions: either names are removed entirely from decisions, or a system with identification numbers similar to that used by police is introduced.

He believes the case involves balancing two fundamental principles: transparency in government administration and employees' right to personal safety.

Places where employees experience threats and dangerous situations may very well also have an interest in similar measures to those Kela is now seeking, says Syrjänen.

Today Utsjoki sees the sun for the last time in two months

Published yesterday 11:20 am – By Editorial staff

Today the sun rises for the last time in a while in Finland's northernmost municipality. After that, a polar night awaits that stretches until mid-January.

At 11:35 AM on Tuesday, the sun rises above the horizon in Utsjoki for the last time this year. Just 46 minutes later, at 12:21 PM, it sets again – and stays away for 52 days.

Then begins the polar night, the period when the Earth's tilt means the sun does not rise above the horizon. The phenomenon occurs in the northernmost parts of the world and lasts for varying lengths depending on how close to the North Pole one is located.

In Utsjoki, which lies in the far north of Finland near the Norwegian border, it will be completely dark until January 16. Only then will the sun rise above the horizon again, reports Finnish national broadcaster Yle.

Shorter polar night further south

Further south in Lapland, closer to the Arctic Circle, the polar night is considerably shorter. In Sodankylä, a town in Finnish Lapland, it begins a couple of days before Christmas and lasts only four days.

South of Lapland, no polar night occurs at all, but even there the Earth's tilt is clearly noticeable. Daylight continues to decrease until December 21, when the winter darkness is at its deepest. After that, the days slowly begin to grow longer again.

Finland to allow wolf hunting next year

Published November 22, 2025 – By Editorial staff

The Finnish government presented new legislation on Thursday that will allow population management wolf hunting next year. 65 wolves are to be shot next year.

The Natural Resources Institute Finland estimated earlier this fall that there are approximately 430 wolves in Finland and that the population has increased by 46 percent in the past year. The sharp increase has prompted the government to allow hunting to reduce problems.

Minister of Agriculture and Forestry Sari Essayah justifies the decision by noting that wolves are moving increasingly closer to populated areas.

The goal is legislation that can sustainably and long-term reduce the problems caused by wolves, she tells Finnish national broadcaster Yle.

Martin Hägglund, chairman of the game council in Southwest Finland, welcomes the proposal.

There are too many wolves in certain parts of Finland. Therefore, we have problems that we must address, he says.

But environmental organization Nature & Environment is critical. According to executive director Jonas Heikkilä, the wolf population is not sufficiently viable for hunting. He believes the wolf population should be around 500 individuals to be classified as viable.

Now it just feels like the government is pushing through regional politics, he says.

The legislative changes are made possible by the EU Council of Ministers' decision this summer to downgrade the wolf's protection status from strictly protected to protected. The changes are set to take effect in January 2026 after being processed by the Finnish Parliament.

Groundbreaking double hand transplant performed in Sweden

Published November 20, 2025 – By Editorial staff
The sensational transplantation of two hands is a unique collaboration between Södersjukhuset and Karolinska University Hospital in Stockholm, Sweden.

A patient who lost both hands after a severe infection has undergone a unique double hand transplant in Stockholm, Sweden. The operation, which took 19 hours and involved approximately 40 staff members, was performed in collaboration between Södersjukhuset and Karolinska University Hospital.

The patient is now working on rehabilitation and has slowly begun using the new hands in daily life.

As a result of a multi-year close collaboration between Södersjukhuset and Karolinska University Hospital, Sweden has now performed its second-ever double hand transplant, announces Södersjukhuset on its website.

The procedure, exceptional in its complexity, marks a major step forward for reconstructive surgery and transplant care in the country.

The hand transplant is the result of fantastic teamwork and collaboration within the region. The transplant demonstrates the high level of expertise we have at Södersjukhuset, in Stockholm Region, and in Sweden, says Karouk Said, hospital director at Södersjukhuset.

Extensive and demanding teamwork

The 19-hour operation required a team of approximately 40 specialists, including hand surgeons, plastic surgeons, transplant surgeons, and anesthesia and intensive care staff.

Tobias Laurell, head of operations and hand surgeon at Södersjukhuset, emphasizes that collaboration and planning were crucial.

Losing your hands means great suffering. We have been in contact with the patient for several years before the hand transplant. Now it is fantastic to see how the patient is gradually regaining function in the new hands, which is a process that takes a long time and requires extensive rehabilitation. Such a complex and rare operation requires teamwork between many different professional groups.

Tobias Laurell, head of operations and hand surgeon at Södersjukhuset. Photo: Johan Adelgren

The background to the unique operation is extensive. The surgeons have conducted simulations, practiced scenarios, and built up a joint hand transplant program.

Matching donor hands has been particularly demanding – blood type, antibodies, skin tone, and hand size must match very precisely.

Additionally, blood circulation must be restored very quickly after the hands are connected, which places very high demands on logistics.

Early results and rehabilitation

Three months after the operation, the patient has already begun using the new hands in daily life: writing and eating with utensils are examples of early progress.

Rehabilitation started just a few days after the operation and now takes place daily.

According to transplant surgeons at Karolinska, this procedure is not just an individual success – it is a prestigious project for Swedish highly specialized care.

For us who usually transplant internal organs, it has been fascinating and different to be able to see the transplanted hands and the patient's progress, says senior physician Helena Genberg at Karolinska Institute.

Because the body can reject the transplanted hands, the patient requires lifelong immunosuppressive treatment.

The transplant surgeons and Regional Donation Center at Karolinska University Hospital have been responsible for the immunosuppressive treatment and advanced logistics around the transplant.

It is exciting that our experience of transplantation and immunosuppressive treatment is being used in this exciting project, says Torbjörn Lundgren, senior physician at ME Transplantation at Karolinska University Hospital.

Risks and future perspectives

Despite the successes, the risks are significant. The transplant requires lifelong medication and careful follow-up, and rehabilitation is both time-consuming and mentally demanding.

Additionally, there is the issue of access to donor organs – matching is difficult and the number of donors is limited. However, the operation demonstrates that Swedish transplant care is at the forefront even when it comes to extremely complex surgical procedures.

If rehabilitation continues to go well, this could pave the way for more similar transplants and even closer collaboration between hospitals.

At the same time, many questions remain: How do you ensure enough donors? How does healthcare manage the long-term costs and risks? And what role should advanced reconstructive surgery have in future healthcare policy?

"We feel great gratitude toward the person and the relatives who made this possible through donation after death," concludes the press release from Södersjukhuset.

Note: The first double hand transplant in Sweden took place in December 2020, when a woman became the first person in Scandinavia to undergo such an operation at Sahlgrenska University Hospital in Gothenburg, Sweden.