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Did you know that the first digital hearing aid was developed at LiU? So was the visualisation table, which is today used all over the world. And without data compression originating from LiU, we would have no streaming services.

Our ambition is to find solutions for the great challenges of our time. That’s why many LiU researchers collaborate with industry, the public sector and civil society. Read about our "impact cases”, research that has made a difference out in society.

Today’s society is facing enormous challenges. To meet these, we are seeking to strengthen and develop our high-quality research, educate future change leaders and contribute to necessary social transformation. Join us in shaping the future.

Thousands of business ideas and innovations have passed Magnus Klofsten during his more than 30 years as a researcher in innovation and entrepreneurship. LiU has been involved in many success stories in Swedish industry.

Master's students in Ethnic and Migration Studies presented a report to the Norrköping Municipality, to both politicians and civil servants.

LiU researchers have won two major research projects within the field of design and construction for a world in which we husband, recycle and reuse natural resources. Both will be carried out in close collaboration with industrial partners.

Where should bleeding control equipment be located to save as many lives as possible? Researchers have found the answer to this through computer simulations of a bomb exploding in a shopping centre.

Was it murder, poisoning or was the death maybe caused by disease? Researchers have now been granted SEK 13 million from the Swedish Research Council to develop a methodology to solve crimes using detailed analyses and artificial intelligence.

Young adults with intellectual disabilities are involved in designing a digital tool that will help them feel better. According to researcher Ulrika Müssener, it goes without saying that users should be asked what they need and want.

Researchers at Linköping University and RISE have shown for the first time that it is possible to print complete integrated circuits with more than 100 organic electrochemical transistors. The result has been published in Nature Communications.