The Food Chemistry and Food Development unit leads an international research project that aims to enhance global nutrient supply and nutritiousness of food. An Indian research group visited the concluding seminar of the Nutri-Concept project in Finland.
Aalto-1 has successfully cleared the difficulties it has faced in orbit. The largest amount of research data has been provided by the RADMON radiation monitor carried by the satellite.
For the first time, an international team of astronomers have directly imaged the formation and expansion of a fast-moving jet of material ejected when the powerful gravity of a supermassive black hole ripped apart a star that wandered too close to the massive monster.
Transferred to the Department of Future Technologies of the University of Turku, Phonetics and its Learning, Age & Bilingualism (LAB) laboratory have launched two significant international laboratory collaborations in California in the United States.
The small electrodes attached to the head transmit information on brain activity.
How could refugee scientists renew Finnish higher education? Experts from the Finnish National Agency for Education, higher education institutes, and companies discussed the topic in a seminar open for everyone at the University of Turku on Thursday 7 June.
Erkki Sutinen from the Department of Future Technologies hosted the seminar.
The FITech Network University provides studies at all Finnish universities of technology on a one-stop-shop basis.
The antibiotic-resistant Acinetobacter baumannii bacterium is one of the most globally harmful bacteria that causes nosocomial infections. Researchers at the University of Turku have discovered that the bacterium attaches to plastic medical devices using tiny finger-like structures. The researchers were able to develop antibodies that prevent the bacterial spread.
Researchers at the University of Turku have developed a synthetic SensoGlow™ material that detects the quantity and quality of ultraviolet radiation from the Sun or other sources. This material makes it possible to produce an affordable, versatile, and long-lasting UV radiation detector which can be used to monitor the UV radiation dose with a mobile app, for example.
Reducing carbon emissions in order to prevent climate change requires developing new technologies for sustainable and renewable biofuel production. Molecular hydrogen is regarded as one of the most promising energy carriers due to its high energy density and clean, carbon-free use. A research group from the University of Turku has discovered an efficient way for transforming solar energy into the chemical energy of biohydrogen through the photosynthesis of green algae that function as cell factories.
The University of Turku has joined forces with the City of Turku, higher education institutions in the region, and Turku Science Park Ltd to create a cluster of expertise in technology, the Technology Campus Turku (Teknologiakampus Turku). The parties have drawn up a collaboration agreement that focuses on increasing education and research in technology.