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The exhibition opens at the Jyväskylä University Museum, Soihtu Exhibition Center in Seminaarinmäki on May 13, 2026.

A recent study conducted at the University of Jyväskylä investigated the emotions evoked by physical activity and what motivates people across different weight groups to exercise.

In her doctoral dissertation, MA Yaiza Lucas Revilla examined how one-year-old children actively co-constructed their transition from home care to early childhood education and care in Finland.

Professor of Neuroscience Tiina Parviainen at the University of Jyväskylä examines in her research both the unique development of the child’s brain and how the body’s physiological signals shape experiences and mental wellbeing.

Choosing music that matches personal preferences and movement rhythms can be a simple and inexpensive way to maintain regular physical activity, writes postdoctoral researcher Andrew Danso in a science blog.

Although autumn is still far away, it's already worth marking your calendars for the opening of the academic year: Wednesday 2 September 2026!

The Research Council of Finland has granted researchers at the University of Jyväskylä funding from the RCF programme on sport science (ACTIVE).

Funidata, the company developing the SISU student information system, is investigating students’ needs and practical preferences when it comes to managing their daily student life.

Nyyti ry would like to hear what kind of mental health support you students currently need and how we at Nyyti could better meet this need.

Researchers from the University of Jyväskylä presents and evaluates current computational methods from electronic structure simulations to reaction kinetics modeling. The key finding is that a comprehensive understanding of catalytic reactions.

Johanna Annala, the recently appointed Research Professor at the Finnish Institute for Educational Research is investigating the role of higher education curricula from the perspectives of students, teachers, the community and society.

A solid-phase extraction process enables the eco-friendly recovery of critical raw materials from NdFeB magnets. Over 96% of the rare earth elements in the permanent magnets were recovered, and the purity of the rare earth fraction was over 99%.