Artificial intelligence in science

Study on the role of artificial intelligence in basic research – Volkswagen Foundation research grant for philosopher Professor Thomas Müller (University of Konstanz) and physicist Professor Hans Briegel (University of Innsbruck)

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Human Presence Weakens Social Relationships of Giraffes

Living close to human settlements disturbs the social networks of giraffes. They have weaker bonds with other giraffes and fewer interactions with other members of the species, an international study led by the University of Zurich, the Max Planck Institute of Animal Behavior and the University of Konstanz, on the social structure of over 500 female giraffes in Tanzania has shown.

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„Babylab-App“: Worterkennung via Tablet

Neues Online-Tool zur Erforschung des frühkindlichen Spracherwerbs an der Universität Konstanz: Mit der neuen Babylab-App, die bequem von zu Hause aus genutzt werden kann, untersucht das Babysprachlabor (BSL) den Spracherwerb bei Kindern im Alter von 12 bis 24 Monaten.

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How NAM can speed up COVID-19 drug discovery

Researchers from the University of Konstanz and Johns Hopkins University draw attention to the fact that novel animal-free testing methods could help accelerate the discovery and development of COVID-19 drugs and vaccines and advise European Parliament on NAM-based drug development and safety assessment.

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Novel rapid test method for Covid-19 developed on the basis of innovative DNA polymerases

A research cooperation at the University of Konstanz led by Professor Christof Hauck (Department of Biology) with participation of the Hospital of Konstanz, a Konstanz diagnostics laboratory and the Konstanz-based company myPOLS Biotec, a spin-off of the working group Organic Chemistry / Cellular Chemistry at the University of Konstanz, has developed a novel rapid test method for Covid-19. This test makes it possible to obtain results in half the time compared to the conventional polymerase…

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Chromosomal speciation in wild house mice

A new look into the genomes of natural populations of the common house mice by a team of researchers from the University of Konstanz, Harvard University and La Sapienza University of Rome suggests that large-scale chromosomal rearrangements play an important role in speciation.

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