Materials Physics

The research within Materials Physics at Uppsala University is centred around understanding the physical properties of materials by analysing their structure and composition across multiple length scales, from the atomic to the macroscopic, and linking them to functional properties. Core areas are magnetism, hydrogen, energy materials, soft matter and ion-solid interactions.
We perform advanced materials research that provides physics understanding relevant to the entire life cycle of materials – from production to recycling. At the heart of our activities lie tailored synthesis and comprehensive characterisation of materials with a broad toolkit of approaches, methods and instruments. We house among others the X-ray scattering lab, magneto-optical characterisation lab, and contribute to the additive manufacturing initiative AM@Å. We are scientifically leading the Swedish national research infrastructures Tandem Laboratory for ion-beam based techniques and SuperADAM at ILL, France, for neutron scattering.
We are also contributing to teaching courses with connections to materials research and experimental techniques as well as basic physics, and regularly offer student projects.
News and events
- First observation of atomic rainbow from graphene– Department of Physics and AstronomyWe can observe a colourful rainbow in the sky when sun light scatters from water drops in the air. …
- 16 Million SEK in Project Grant from the Swedish Research Council for Instrument Development with ESS-ISIS– Department of Physics and AstronomyThe Swedish Research Council reached a decision on November 3, 2025 on project grants within …
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Publications
- Substitutional Mn dimers in graphene created by ultralow-energy cluster-ion implantationHe, Chen; Zambrana, Karina Landivar; Lotfy, Ahmed Samir et al., 2027
- Preventing H2O2‑Triggered Covalent Cross-Linking Enables All-Aqueous Processable and Recoverable FunctionalizedPolythiophene-Based Cellulose CoatingsHeimonen, Johanna; Bruschi, Cecilia; Shimolo, Asaminew Y. et al., 2026
- Ion-energy-driven low-temperature growth of Ti3SiC2 MAX coatings by reactive cathodic arc evaporationGitschthaler, Arno; Ruwoldt, Veronika; Dörflinger, Philipp et al., 2026
Contact
- Programme Professor
- Daniel Primetzhofer
- Head of Division
- Gabriella Andersson
- Visiting address: Ångström Laboratory, Regementsvägen 10, Uppsala, House 4, floor 1 and House 6, floor 1.


