 I work with research on nuclear materials and vests and carry out my results in studies on glaciology, which deals with research on glacier and ice caps. Caps are very important in relation to sea level conditions in the future, but the ice model used today contains a lot of simplifications. I hope to be able to contribute to improving these ice models, so that you can achieve diverse simplifications. Subglacial mechanics is really difficult because we have point measurements that we use to try to understand the entire subglacial system on a continental scale. What Anders does is he tries to bridge these two scales from the very fine measurements to the large scale using much more realistic physics looking at individual grains. No one has done that yet in glaciology and hopefully it will tell us a lot more about how ice moves. The most interesting thing for me is that I feel that I can bring something new to this discussion about the subglacial mechanics and it seems to me that there has been something that has been spread that it has been intended to measure in the field or in the laboratory. I mean that my computer models can give new insights. I think it is important to research this subject because climate change and sea level conditions have already affected many people in the world today and in the future it will only affect more people. So it is important that we, for science, do our best to be able to do the most precise and fulfilling research.