Using DeiC’s Interactive HPC, researchers analysed millions of patents to show how even small mismatches in scope and description can hinder innovation.
The EU-backed SUBMERSE project is testing how existing fiber-optic cables can act as distributed environmental sensors, with support from European NRENs.
Supercomputing and large datasets of job postings are being used to reveal trends in Denmark’s labour demand and employer skill needs with support from DeiC.
Improved weather forecasts for wind and solar energy are being developed using AI and supercomputing, with support from Denmark’s NREN DeiC.
The EU-funded SUBMERSE project uses distributed acoustic sensing on subsea fibre cables to capture seismic signals and study underwater noise.
Denmark’s growing quantum ecosystem includes precise positioning research and a new centre for medical quantum sensing, with support from the NREN DeiC’s quantum initiatives.
Researchers used agent-based models run on Denmark’s DeiC supercomputers to simulate Roman Empire trade patterns from archaeological data and test ancient strategies.
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.
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