Seismic monitoring technology at the Madeira Island, Portugal, allows a submarine optic cable to act as a sensor for seismic activity. This improves the chances of predicting earthquakes and tsunamis.
Danish researchers are testing devices that provide precise location data in remote areas without satellite navigation.
Researchers at Aarhus University, Denmark, analyse archaeological data to recreate ancient trading strategies with the help of high-performance computing
Along with Covid-19 came a wave of skepticism towards authorities and science. Danish researchers use supercomputing to analyze social media posts.
Better materials for green energy transition are ahead, as Danish researchers access supercomputing to assist them in their work.
With the help of the supercomputing and the research network, researchers exploit the vast amounts of international sleep data.
A European initiative for open science allows archaeologists to map the journeys of Vikings based on artifacts found in different countries.
Thanks to an EU open science program, the climate researchers in each Nordic country do not need to create their models of the Nordic climate system from scratch.
In a world craving renewable and zero-carbon energy, the economic and societal importance of wind power has become huge.
While a variety of genetic factors are known to play major roles in relation to cancer, the specific pathways still largely remain to be discovered. This is the main scope of computational biology.
According to a Danish survey, 15 % of public employees admit to ignoring security guidelines of their workplace, while before the pandemic the same figure was just 8 %.
High performance computing in Denmark plays a crucial role in finding solutions to the challenges of the future, such as eliminating poverty and hunger, protecting our climate, reducing inequalities, promoting education and health, and sustainable economic growth
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