Use cases

Through a successful collaboration with EuroCC Denmark, DMI researchers gained access to high-performance GPUs, enabling them to accelerate the training of their weather models.

Learn how the AquaINFRA project uses the FAIR principles to bridge marine and freshwater research, enabling seamless data sharing and collaboration across disciplines.

Using DeiC Interactive, Assistant Professor Marek Giebel from CBS analysed millions of patent documents to uncover how imbalances in patent drafting can affect future innovation.

In this video Frederik Paulin Larsen explains, how Rambøll’s fire-safety department is using the LUMI-supercomputer to drastically reduce simulation and analysis processes bringing weeks down to days.

By using HPC resources researcher Jakob Bæk Kristensen and his group investigates how alternative news are shared and spread on social media across Europe.

Historian Adela Subotkova teaches history students at the University of Aarhus in digital methods. For her, DeiC Interactive has become an essential tool that has significantly facilitated and improved teaching.

In 2023 a LUMI grand challenge allowed Professor of Theoretical physics Kristian Sommer Thygesen and his team to calculate the electronic structure of 10.000 materials.

DeiC Interactive HPC has become an integral part of both research and teaching for Associate Professor in Linguistics Rebekah Baglini at Aarhus University’s Interacting Minds Centre.

Sociologist Rolf Lyneborg Lund has trained an image AI using DeiCInteractive, which can help us understand how people perceive the concepts of "good" and "bad" neighborhoods.

Using a new tool called MaChAmp, researchers from the IT University can train language models on multiple datasets and solve multiple types of NLP tasks simultaneously.

HPC accelerates the development within Natural Language Processing (NLP) by enabling faster and more efficient processing of large datasets, complex algorithms, and training of large models.

Physicist Antonio Rago uses HPC to perform complex simulations that shed light on the interactions between the fundamental building blocks of the universe.