Blogs
Blogs
Content with Viewpoints Supercomputers .
Accelerating the discovery of materials to advance clean energy and zero-emission vehicles
Professor Antti Karttunen and Dr. Kevin Conley from the School of Chemical Engineering at Aalto University, Finland, use LUMI supercomputer in their research, that accelerates the discovery of materials for clean energy and zero-emission vehicles.
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Excitement about supercomputing at the heart of Europe: LUMI consortium event in Brussels on 5 March
“We need to be more encouraged, passionate in Europe, about what we can really do with our supercomputers, and we need to broaden the community,” said Margrethe Vestager, Executive Vice-President of the European Commission responsible for digital policy.
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Antti Penttilä studies light scattering in space
University researcher and docent in planetary sciences Antti Penttilä from the University of Helsinki, Finland, uses LUMI to study light scattering in space. The use of the LUMI supercomputer enables the calculation of significantly larger models than before.
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Quantum leap requires big jump also in encryption of telecommunications
Tiq toq, tiq toq, the quantum clock is ticking. The internet turned 40 at the beginning of this year. Around the same time, in other places, ideas for a completely new kind of computer - a quantum computer - were being hatched. In the beginning, there were few interconnects between the two, but today these wonders of information technology are intimately entangled.
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LUMI’s first scientific showcases emerging
The European scientific community has been able to utilize LUMI, Europe’s fastest supercomputer, at full scale since December last year. In this post, I will go through some highlights from the early months as well as reveal some upcoming developments of the system.
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Efficient molecular dynamics simulations on LUMI
The main computing power of the LUMI supercomputer comes from its hefty GPU partition, which high performance has already been proven for several use cases, but how does the performance look like for molecular dynamics? Spoiler alert: it's excellent!
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How to solve a jigsaw puzzle with 1.56 billion pieces
Recently, this brute-force nature of docking has been put in jeopardy by the size of available small molecule collections: With modern compound libraries exceeding the billion scale, docking would suddenly take months or years, even with supercomputing resources at one’s disposal. But what if there were a faster way to predict a piece’s fit? This is where machine learning comes in.
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LUMI is officially here!
The second pilot phase of LUMI, using the system’s GPU capacity, is complete, system’s performance verified with accepted benchmarks, contract work completed and, therefore, LUMI is officially ready to serve European scientists in its full capacity!
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Digitaaliset kaksoset Tieteiden yössä
Digitaalinen kaksonen on fyysisestä tutkimuskohteesta tehty digitaalinen kopio, jossa yhdistyvät mallinnus ja havaintodata. Esittelimme Tieteiden yön verkkotapahtumassa CSC:llä kehitettävät digitaaliset kaksoset: ilmastokaksosen ja biodiversiteetin digitaaliset kaksoset.
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Global advantage through high-performance quantum computing
Quantum computers have the potential to provide a game-changing boost for science. For maximum benefit to society, quantum computers will need to merge with traditional high-performance computing. Here, international collaboration is of key importance for bringing the required expertise and know-how together.
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Finnish student team Revontuli took the third place in an international student supercomputer competition
CSC fielded Finland's first team in the international Student Cluster Competition (SCC), whose final was held in November 4-6. Team Revontuli (northern lights in Finnish) won the HPL Hero Run Challenge and finished 3rd overall among 10 university teams.
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The first Finnish team in the student supercomputer competition – follow the team on Twitter
CSC has put together Finland's first team for the international student supercomputer competition.
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Molecular Dynamics, the most used method in CSC's environment
Molecular dynamics is one of the most used simulation techniques on CSC supercomputers. Typically, each atom is modelled separately to build molecules or materials – the physical system that the researcher is interested in – and then physics is set in motion to see what happens.
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How did LUMI end up in Finland?
LUMI supercomputer’s second installation phase is currently ongoing at CSC’s data center in Kajaani, Finland. Soon researchers across academia and industry will have an unforeseen tool – Europe’s fastest supercomputer. Getting the LUMI supercomputer to Finland was no forgone conclusion. Although the LUMI consortium, led by CSC, officially joined the competition to get one of the three EuroHPC pre-exascale supercomputers to Kajaani in 2019, the background work began years earlier.
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At the racing track of quantum computers
In a sense, quantum computers are already much more powerful than traditional supercomputers. In the form of the ever-useful car analogy: quantum computers of today are like the fastest racing cars ever built, or even imagined. There is a caveat, however.
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Open course on supercomputers
Major scientific, technological and industrial breakthroughs require increasingly sophisticated and advanced tools. One of the most important research tools today is a supercomputer. In order to raise awareness of supercomputers and the benefits of high-performance computing, CSC and Kajaani University of Applied Sciences jointly created an open online course called Elements of Supercomputing.
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Älkäämme jättäkö jo tehtyjä TKI-investointeja hyödyntämättä!
Mediassa on viime aikoina kirjoitettu CSC:n Kajaanin datakeskukseen sijoitetusta LUMI-supertietokoneesta, mm. Helsingin Sanomat kirjoitti lokakuussa otsikolla ”Euroopan nopein tietokone ratkoo pian suuria pulmia”. Kirjoitus kiteytti hyvin LUMIn käyttötarkoituksen eli eurooppalaisten tutkijoiden löytämien ongelmien ratkaisun – nopeasti. Huomionarvioista on, että hyöty on suuri koko Euroopalle, mutta myös Suomelle itselleen.
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The housing market’s quantum future
Quantum computers are hitting the world with a bang. Qubits, the turbo-charged quantum cousins of regular bits, are revolutionising computational research and modelling, including and especially in the financial sector.
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Emulated quantum noise
In the future, quantum computing can solve certain tasks more efficiently than traditional computers; some problems are so complex that supercomputers in their classical form will never figure them out. This requires quantum computers that are considerably more powerful than current devices, however. The power of a quantum computer depends on both the number of qubits and their quality. Quality can be studied using CSC's quantum computer emulator Kvasi.
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E-TASC Hel: like taking part in an apocalyptic sci-fi movie
EuroFusion E-Tasc Hel is an EU-funded project to improve and unify numerical tools for supporting the construction of fusion reactors. We have to model the dynamics of ITER and DEMO to the best of our ability in order to give the reactors the best possible chance of being functional. When I indicate that a lot of mankinds future depend on projects like this, I am not exaggerating that much.
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