Alberto Vomiero, professor and head of subject, spoke at the celebration.
Ten years of experimental physics celebrated in Luleå
International guests, future energy technologies, and a decade of research achievements marked the ten-year anniversary of the experimental physics research subject at Luleå University of Technology.
A full day of lectures, discussions, and reflections commemorated the ten-year milestone of experimental physics at Luleå University of Technology. Since its establishment in 2014, the research group has grown into an internationally recognized environment, contributing to global advancements in nanomaterials for renewable energy, scanning probe microscopy, and high-pressure spectroscopy. With more than 250 published scientific articles, the group has built an extensive international network focused on sustainable materials and energy solutions.
"It’s a significant milestone to celebrate ten years of experimental physics. What began as the introduction of a new research subject has further contributed to our development as an international player with strong collaborations and a focus on sustainability. This progress has also positively impacted our undergraduate education," said Nils Almqvist, Professor of Experimental Physics at Luleå University of Technology.
Research at the Interface of Light and Matter
The research conducted in experimental physics at Luleå University of Technology lies at the intersection of materials science, energy, and quantum mechanics. A major focus is on how advanced nanomaterials can be used in solar cells, photocatalysis, and water splitting – technologies considered key to a sustainable future. By studying how light interacts with different materials on the nanoscale, the team develops more efficient and environmentally friendly energy conversion systems.
"Experimental physics is a platform for innovation where we aim to understand and improve processes that are critical for the energy systems of the future," said Isabella Concina, Professor of Experimental Physics.
The group’s work spans a wide range of materials, from nanostructured metal oxides and sulphides to hybrid structures with graphene-derivatives and high-entropy systems. Using advanced techniques such as time-resolved photoluminescence, atomic force microscopy, and electrochemical measurements, they investigate materials down to the finest detail. Their goal is to develop robust and cost-effective solutions for solar energy, organic catalysis, and photoelectrochemical water splitting.
"We are especially interested in how nanomaterials can be used to convert light into chemical or electrical energy as efficiently as possible," said Shujie You, Senior Lecturer of Experimental Physics.
A Celebration with a Global Outlook
The anniversary event took place on April 8 at the university’s campus and brought together guests from both Sweden and abroad. The program featured prominent speakers from institutions such as Uppsala University, Ca’ Foscari University of Venice, the University of Trieste, and the University of Milano-Bicocca. UNESCO Sweden and the Kempe Foundation also took part in the day’s events.
In connection with the celebration, the UNESCO Chair Aid4GEA – Technologies and Materials for Green and Energy Applications – was officially launched. A joint initiative between Luleå University of Technology and Ca’ Foscari University, the chair aims to promote international research and knowledge exchange in sustainable materials and energy technologies.
"This celebration not only marks ten successful years but also the beginning of a new phase where we expand our global presence through the UNESCO Chair," said Alberto Vomiero Professor of Experimental Physics and Head of Subject at Luleå University of Technology.
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