 Connie Clara Ertz is a professor of astrophysics at the Institute of Astronomy at the University of Luven in Belgium. Professor Ertz is an internationally leading stellar astrophysicist who specializes in astro-seismology, the study of oscillations in stars. She has made key contribution to the observation and analysis of stellar oscillations as well as to the interpretation of the results. Professor Ertz has a close collaboration with scientists at the Department of Physics and Astronomy at Orhus University on the analysis of data from Kepler and test missions. The community would probably say that my biggest impact in astrophysics concerns the disclosure of how stars rotate in their interior. You see astro-seismology has been able to show how stars do that thanks to space missions that have been operational the past decade. And so now that we understand better how they rotate we also know how they mix their chemical material. And overall this means we can now calibrate the theory of stellar interiors. So it's thanks to astro-seismology that we kind of live in the renaissance of this theoretical framework and this implies that we can improve the theory the coming years. This will have an impact on the way that we predict how stars live their life and along with them their exoplanets should they have any. Professor Kani Ertz has a close and long-term association with Orhus University. We collaborate on the analysis of data on stellar oscillations from large space missions. The Orhus group focuses on cooler stars and Kani likes it hot. Kani's acceptance of another doctorate is a major boost to Orhus University and to the astrophysics group. And we look forward in this way further to extend our collaboration with her. Orhus University hosts one of the major hubs in astro-seismology in the world. There the study of solar type stars is very critical and important. So these are stars like our own sun that have also exoplanets in the majority of cases. We in Leuven on the other hand we study massive stars. So these live a more violent life and may explode as a supernova at the end of their life. In this way the Leuven and Orhus teams are totally complementary and we work in full harmony in the space mission consortia. So because of that and thanks to that we also have the opportunity to exchange master and PhD students between the two universities. And working in this way with university students between Orhus and Leuven really gives me the greatest joy in my professional life. It is always the highest on my priority list. Thank you.