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 completely new functions.
19.11.2025
New Nature publication: The surface of PtBi2 is an unconventional, topological i-wave superconductor.
18.11.2025
Leibniz Institutes launch EFRE-funded project SMART to advance hybrid materials research in Saxony
12.11.2025
In this series, we present successful career paths after the PhD.
Theoretical aspects of condensed matter physics and materials science.
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The IMC does research on chemistry of functional materials with focus on nanoscale and 2D materials, structural analysis and alloy design and processing.
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Material-oriented experimental solid state physics with a special focus on quantum materials and nanoscale substances.
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Thermoelectric, magnetic and superconducting materials, functional thin films, metal physics
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Emerging semiconductor materials, integration into novel optoelectronic devices, sustainable photovoltaic devices
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