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In his dissertation, Romain Chevigny studied how different material’s formation conditions affect the outcome of material properties and to which extent.

The Ģ��ֱ�� is involved in an extensive cooperation project to promote the circular economy of plastics. Everyone can participate in the A million trash bags campaign.

The European Research Council has granted a significant ERC Advanced Grant to Professor Hannu Häkkinen at the Ģ��ֱ��. The five-year funding is for 2.5 million euros.

HyPER is a consortium project coordinated by VTT. The Ģ��ֱ��'s sub-project will develop materials suitable for hydrogen storage, contributing to the goal of moving towards safe and cost-effective hydrogen storage.

The Nanoscience Center of the Ģ��ֱ�� has purchased new instruments to help in physics, chemistry, molecular biology, and materials research. For example, the instruments will enable high-resolution imaging of samples.

Check the open doctoral researcher positions and apply for a position at the Faculty of Mathematics and Science!

In Spring 2024 the Faculty of Mathematics and Science organizes a special course on teaching STEM. The course is for all of you who are interested in university teaching and teaching development.

The Ģ��ֱ�� participates in the Research Council of Finland’s Finnish Quantum Flagship, which seeks to advance the readiness of Finnish society for a quantum technology transition by means of extensive national cooperation.

The Nanoscience Centre will celebrate its 20th anniversary in 2024.

The Department of Chemistry and the Finnish Environmental Institute launched a joint UC-Mobility project to develop new technological solutions for recovering critical raw materials from end-of-life electric scooters.

The long-term method and theory development at the Department of Chemistry of the Ģ��ֱ�� has provided new understanding on the chemistry of electrochemical interfaces, in particular on the electrolyte ion effects.

In her dissertation, Johanna Schirmer studied the effects of local laser-induced oxidation of electronically conductive graphene surfaces on biological and biomimetic components.