Research & Discovery
UConn, State Embrace AI and Quantum Potential
Economics Forum in Stamford underscores UConn’s role as educator and driver of next generation workforce.
UConn’s Korey Stringer Institute Opens New Occupational Heat Safety Lab with Industry Partner Support
The National Laboratory for Occupational Heat Safety at UConn’s Korey Stringer Institute Powered by Magid & MISSION officially opened on Nov. 12 with a ribbon cutting ceremony at the 750-square-foot site in Gampel Pavilion
Neag School Faculty Member and Alumni Earn National Publication Award
Tutita M. Casa and three former students received the National Council of Teachers of Mathematics’ 2025 Linking Research and Practice Outstanding Publication Award
Neag School Welcomes New Endowed Chair in Educational Psychology
Matthew Lemberger-Truelove, an expert in counselor education, is the new Letitia Neag Morgan Chair for Educational Psychology
Tracing Mountain Water to Its Hidden Sources
Field data and modeling provide insights into predicting what impacts vital mountain headwaters
USDA Grant Funds Study of Multiplex Genome Editing in Tomatoes
Through a $650,000 USDA Grant Yi Li will study the unintended consequences of multiplex genome editing and how many modifications can be made before these effects are triggered
UConn Quantum Alliance Shatters Disciplinary Silos
The University has more than 80 faculty researchers across several schools and colleges who are involved in quantum-related projects
UConn Startup Revolutionizes Food Preservation… Through Kelp
Seed funding from a USDA Small Business Innovation Research Grant will help Atlantic Sea Solutions, Inc. (DBA Atlas) develop a prototype of its edible food coating – a groundbreaking technology that could create new opportunities for Connecticut sugar kelp farmers
Meet the Undergraduate: Stephanie Gilroy ’26 (CAHNR)
Stephanie Gilroy has turned a love for animals into a promising research career focused on reproductive physiology
New Method Makes Transgene-Free Gene Editing Even More Promising
'Our new but simple method is far more effective and can now be applied to a much wider range of plant species than our original approach'