World-leading basic research at Linköping University goes hand in hand with applied research and development. Close cooperation with RISE has led to several products in printed electronics reaching the market in record time, such as a biosensor that measures blood sugar levels and a simple battery tester. More products are in the pipeline.
In bioelectronics, organic electronics convert the body's chemical signals into traditional electronic signals or signals that can be read in mobile phones. The role of conjugated polymers as a tool for the early diagnosis of diseases is also being studied.
Organic solar cells is another important research area with world leading results.
The Laboratory of Organic Electronics at LiU has an advanced cleanroom and there are printing machines in the nearby Printed Electronics Arena.
Together with colleagues in other universities, researchers in bioelectronics run networks and a company called OBOE IPR, which manages patents and other rights in the area.
In bioelectronics, organic electronics convert the body's chemical signals into traditional electronic signals or signals that can be read in mobile phones. The role of conjugated polymers as a tool for the early diagnosis of diseases is also being studied.
Organic solar cells is another important research area with world leading results.
The Laboratory of Organic Electronics at LiU has an advanced cleanroom and there are printing machines in the nearby Printed Electronics Arena.
Together with colleagues in other universities, researchers in bioelectronics run networks and a company called OBOE IPR, which manages patents and other rights in the area.
