Progress in science is increasingly dependent on computational methods. Modern measurement techniques generate large amounts of data that require sophisticated processing and analysis. Machine learning and statistical learning methods are areas where enormous progress has been made in the last decade, especially in the fields of deep learning and Bayesian modelling. With these promising advances comes a need to develop effective numerical methods for their use. At the same time, systems modelling with roots in physics is expanding towards the fields of medicine, biology and climate. 

Research in Computational Science at CEC combines methodological developments and a wide range of applications addressing research questions in different fields. Our research is conducted in several different directions, mainly in collaboration with researchers in various disciplines in Science and Medicine at Lund University and elsewhere. Computational methods include systems modelling, machine learning, statistical learning, numerical methods for faster optimisation, solutions for handling large data and new ways to perform computations. Read more about specific research directions under the different research groups.

The COSHE theme was formed at CEC in 2023 by the members of Computational Biology and Biological Physics (CBBP, formerly at Astronomy and Theoretical Physics) and the Uncertainty and Evidence Lab. The COSHE page in the Research Portal has further information about our projects and publications.