At Uppsala University, we pride ourselves on our rich academic heritage and commitment to innovation. Founded in 1477, we are one of the oldest universities in Sweden and are renowned for our research across various disciplines, including the sciences, humanities, and social sciences. Our collaborative environment fosters partnerships with industry leaders and fellow institutions, making us a pivotal player in advancing knowledge and addressing global challenges. Together, we strive to inspire future generations of thinkers and leaders who will make a meaningful impact on society.
I am a Docent in Materials Chemistry and Researcher at Uppsala University (affiliated with Department of Chemistry - Ångström laboratory). My core research centers on the rational design, synthesis, and in-depth mechanistic characterization of advanced energy materials for both energy storage and solar fuel conversion.
Within the CETPartnership Joint Call 2026, our group offers distinct expertise targeting two key areas:
Development and modification of battery materials. We specialize in state-of-the-art operando and in-situ techniques to track phase transitions, reaction kinetics, and degradation mechanisms under battery operating conditions.
Hydrogen & Renewable Fuels (Call Module 2026-05):
Longstanding research experience (dating back to 2001) in photocatalysis and inorganic catalytic materials, focusing on solar-driven photocatalytic hydrogen generation (water splitting) and advanced catalyst synthesis/characterization.
Skills
Battery Materials
Operando and in-situ techniques
Stationary Batteries
Photocatalytic Hydrogen Production
Water Splitting
Materials Chemistry
Electrochemistry
Li-ion Batteries
Green Hydrogen
Interests
Call Module 2026-06
TRI 3 Energy Storage
Stationary battery technologies
Green Hydrogen Production
Renewable Fuels
Consortium Building
Horizon Europe
Academic-Industrial Collaboration
Additional questions
I am interested in the following CETPartnership thematic areas:
provide technological cleaner solutions for storage technologiesprovide technological cleaner solutions for hydrogen and renewable fuels
Uppsala University offers operando/in-situ Characterizations and advanced material solutions (cathodes, solid/gel electrolytes) to elucidate degradation mechanisms and boost safety & lifetime for stationary batteries in Call Module 2026-06.
R&D Partner
Technology Partner
Call Module 2026-06: Stationary battery technologies and systems for climate-neutral industry and built environment
Uppsala University offers advanced photocatalytic materials (e.g., noble-metal-free, hybrid heterojunctions) and solar-to-hydrogen mechanistic expertise to develop efficient, low-cost green hydrogen solutions for Call Module 2026-05.