Microstructure Physics

What do metals and bones have in common? Whether in industrial alloys or biological tissues, it’s the structure and composition of a material that determine its properties and performance. Our research explores this connection across a wide spectrum of materials, from steels and advanced nickel-based alloys to bone and biomaterials.

About the division

To reveal how structure translates into function and governs the properties of both synthetic materials and biological tissues, we study them across multiple length scales, from the macroscopic down to the atomic level. This is achieved using advanced characterization techniques such as electron microscopy, atom probe tomography, X-ray diffraction, and micro-mechanical testing, along with experiments at large-scale facilities like synchrotrons and neutron sources. By combining these approaches, we can link features such as crystal structures, local chemistry, phase distribution, grain size, or tissue architecture to key properties including strength, corrosion resistance, and mechanical or biological performance.

We collaborate closely with academic, industrial, and clinical partners in Sweden and internationally, and leverage local infrastructure such as CMAL, as well as large-scale research facilities like MAX IV and ESS.