Sort by
Refine Your Search
-
Category
-
Program
-
Field
-
. Analyses will include information from population-based cohorts (e.g. the EAGLE consortium ) and clinical collections (e.g. samples from the Simons Foundation ). Statistical analyses will include
-
neuroimaging data in combination with brain tissue, to answer the following objectives: To ascertain which advanced neuroimaging modalities (e.g. multi-shell diffusion outcome measures) is most sensitive
-
Delft / Shell. Dr. Isufi’s group at TU Delft works on fundamental research on graph signal processing and machine learning. We focus on both theoretical and applied research especially to recommender
-
of ecological succession and colonization. The focus of this project is therefore primarily lab based, although statistical and analytical experience is important to interpret results. Bioinformatic experience
-
PhD-student for ‘beat the rhythm’ being positioned at the Evangelisches Krankenhaus Dusseldorf. First, together with the German and Dutch partners, you will evaluate the physical activity patterns
-
on renewables, The project will be carried out in the research group of Dr. E. Isufi and co-supervied by Dr. H. Jamali-Rad from TU Delft / Shell. Dr. Isufi’s group at TU Delft works on fundamental research
-
stakeholders (CrossWind, Campus@Sea, Heerema Engineering Solutions, Rijkswaterstaat, Shell, TKI Wind op Zee, Port of Amsterdam, North Sea Foundation) and research institutions (University of Technology Delft
-
been awarded the Lorentz Medal 2006. He has received the medal for his contributions to statistical physics, in particular to the theory of phase transitions. Kadanoff's research has revolutionised