Material Physics
We make nanomaterials for energy storage and energy conversion applications with the aim of contributing to a greener and more sustainable society.
Advanced Materials and Processes
We develop advanced materials and manufacturing processes for energy conversion, energy storage, additive manufacturing, and sensor applications, with the goal of generating sustainable and competitive technical solutions for the future.
The basis of our research is the competence and knowledge in materials physics and materials science that we have built over the years, in combination with our Materials and Innovation LABoratory, MILAB, where we synthesize and characterize materials to facilitate the transformation from a fossil based society to a society based on renewable and sustainable energy materials and resources.
Our research concerns materials for nano generators, batteries, and supercapacitors and processes such as advanced laser technology, additive manufacturing (3-D printing), vapor deposition techniques using clean room facilities, and coating of paper surfaces with conductive materials using paper production methods.
Research groups working in this field
Material Processing
Our research concerns materials mainly with relevance for the forest industry. We have many projects in the field of large area applications and green energy, energy harversting, store and use energy.