Wroclaw. Modelling hemodynamic flow patterns in brain arteries as a diagnostic tool in neurosurgery

The brain is one of the most peculiar, fascinating, and yet undiscovered human organs. Compared to the whole human body, it weighs less than 2%

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Wroclaw. Applied Mathematics Meeting in Będlewo

On 26.05.-28.05.2024, the second meeting of the PL-MATHS-IN, the Polish chapter of EU-MATHS-IN was held in Będlewo, Poland. The goal of the meeting was to

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Lyngby: In biology, behaviour can be predicted using optimization theory

Biological systems are complex to model mathematically, but optimization theory grounded in Darwin’s evolution offers a solution. This approach predicts organism behaviours under various conditions, aiding in understanding responses to changes like climate shifts. Interdisciplinary collaboration between mathematicians and ecologists is key to advancing this research. Read more in the blog post by Associate Professor Uffe Høgsbro Thygesen from DTU Compute.

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Lyngby. Free software quantifies the uncertainty in CT scans

The research team CUQI at DTU Compute has, in a collaborative effort, written software that addresses the reliability of their images, e.g., when scanning for unwanted features in an object. The software is simple to use; often five lines of code is enough for a complete analysis. In this article, the team tells about the work and explains how to use the software.

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Lyngby. Statistics on multimorbidity calls for increased prevention

Danes are living for longer and longer, and this may challenge the healthcare system in the future. A prediction made by DTU, University of Copenhagen and the Research Center for Multimorbidity and Chronic Diseases at Region Zealand for the Danish population shows that individual patients are getting more diseases in the future. The researchers have used a new way to calculate the numbers and make predictions, using register information, which not only includes hospitalizations, but also medication and information from a number of other registers for all Danes ages 18+.

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Lyngby. Researchers surprised by gender stereotypes in ChatGPT

A DTU Compute student has analysed ChatGPT and revealed that the online service is extremely stereotypical when it comes to gender roles. The analysis is the first step towards providing AI developers with a tool for testing against all types of discriminatory bias.

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Lyngby. Artificial intelligence can predict events in people’s lives

Artificial intelligence can analyze registry data on people’s residence, education, income, health and working conditions and predict life events with high accuracy. A research project from DTU Compute | DTU, University of Copenhagen, IT University of Copenhagen, and Northeastern University in the US was published in December in Nature Computational Science and has been cited worldwide.

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Lyngby. 200-year-old math helps us understand AI

We can’t always explain what is going on inside artificial intelligence – these unknown processes are concealed in what is known as a black box.

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DTU Compute, building 324. Photo: Bax Lindhardt

Lyngby. DTU Compute: Bridging Theory and Practice for a Diverse Technological Future

Over the next two weeks, DTU Compute at the Technical University of Denmark will share stories mainly about artificial intelligence, mathematics, and their integration. DTU Compute is a leading research environment in digital technologies, spanning fields like AI, machine learning, IoT, and cybersecurity, applying these to areas such as health, green transition, and smart cities.

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Production line for lithium battery cells for the automotive or e-bike industry.

Kaiserslautern. Simulation of the Production of Lithium-Ion Cells and Battery Packs

Large battery factories are being built in many places in Europe to meet the demand for cells. As this production is very space-, energy- and time-intensive, it is important to design the production processes as efficiently as possible without negatively affecting the product properties of the battery cells. This is where our researchers at the Fraunhofer ITWM provide support with physical simulation models for specific process steps. 

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