معرفی
Per Eklund is a Professor at Linköping University, affiliated with the Department of Physics, Chemistry and Biology (IFM) and leading the Thin Film Physics (TUNNF) research group. His work focuses on developing advanced materials for sustainable energy applications.
- Wallenberg Academy Fellow (extended 5-year funding)
- Member of strategic research area Advanced Functional Materials (AFM)
- Expertise in atomic-layer material synthesis
Research Interests
Specializes in thermoelectric materials that convert waste heat to electricity, neutron mirror technology for materials characterization, and thin film physics for energy applications. His group explores novel synthesis methods including helium ion implantation and chemical scissors for atomic-level material tailoring.
Scientific Contributions
Recent publications highlight:
- Innovations in molybdenum oxide thin films for electronic applications
- Advancements in Fe/Si multilayer neutron mirrors using B4C interlayers
- Development of Sc-W nitride thin films with enhanced thermoelectric properties
- Helium ion implantation techniques for scandium nitride thermoelectrics
- Structure-property relationships in transition metal nitrides
Awards & Funding
Recipient of extended funding from the Knut and Alice Wallenberg Foundation (SEK 8.75 million) to develop atom-by-atom material synthesis for sustainable energy solutions. His research aligns with Sweden's strategic efforts in materials science for climate goals.
Affiliations
Part of Linköping University's Advanced Functional Materials initiative and Thin Film Physics division. Collaborates with international institutions and industry partners on sustainable materials development.
