AI tool streamlines drug synthesis
A machine-learning system trained on sparse data predicts how molecules form, cutting months of lab work to days, at a fraction of the cost.
Read MoreA machine-learning system trained on sparse data predicts how molecules form, cutting months of lab work to days, at a fraction of the cost.
Read MoreAcademic Senate meetings are open to the public and are held on Zoom.
Read MoreGuang Tian is pioneering research that blends advanced technology with urban design for healthier, better connected and more sustainable communities.
Read MoreTool is designed for students, staff and faculty to get the most out of ChatGPT in a responsible and secure way.
Read MoreU atmospheric scientists use manually gathered snowfall data from across the West to train a new model that outperforms existing weather prediction models.
Read MoreIn order to fully understand, to fully work with another culture, another people, you have to understand their stories.
Read MoreJoined by U startup Techcyte, ARUP develops deep-learning model that could transform how intestinal infections are diagnosed.
Read MoreThis pivotal appointment signals the university’s commitment to artificial intelligence, research and innovation at scale.
Read MoreProposed $50 million 5-year deal with HPE would enlarge the U’s computing power 3.5-fold using NVIDIA chips, driving new discoveries and innovation in cancer care and beyond.
Read MoreDespite its omnipresence in society, we’re just beginning to understand the mechanisms driving machine learning. U scientist shows how physicists can play an important role in unraveling its mysteries.
Read MoreReview of scientific literature explores how artificial intelligence can best advance robotic deployment of needles inside the body.
Read MoreScience organizations are ill-prepared to leverage current media landscapes most effectively to communicate with the public partly due to social media platforms preventing meaningful research.
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