Ifw-dresden.de Website Review

We explore the physics and chemistry of new materials. Our aim is to generate new fundamental knowledge and innovations. New materials are necessary to store information in a better way and to transmit it faster, to filter waves of specific frequency, to shield magnetic fields, to convert heat into electricity or to store energy. These processes take place at the level of molecules, atoms and electrons and are determined by the laws of quantum physics. At IFW Dresden, we investigate these physical laws and develop materials with better or Material-oriented experimental solid state physics with a special focus on quantum materials and nanoscale substances. Thermoelectric, magnetic and superconducting materials, functional thin films, metall physics International and interdisciplinary teams of engineers, physicists and chemists study, develop and optimize complex and nanostructured. TWO IFW PROFESSORS NAMED IN THE HIGHLY CITED RESEARCHERS LIST 2018. Oliver G. Schmidt and Jeroen van den Brink are influential researchers with multiple papers ranking in the top 1% by citations for their The Collaborative Research Centre Correlated Magnetism: From Frustration to Topology (SFB 1143) will be funded for a second period Article in nature electronics: Thermoelectric devices become quicker, more reliably and suitable for integration in microchips. Five IFW institutes combine their experience in our research program. Are you looking for latest publications or searching for a certain We offer guided labtours for registered visitors in small groups. Our target group are high schoool students keen on physic, chemistry and You want to work at the IFW Dresden? Here you can find our current job offers, vocational trainings and the PhD positions. About 500 people work at IFW. You want to know whom to adress? Here you find a list of contact persons. Leibniz-Institut für Festkörper- und Werkstoffforschung Dresden e. V.