Graduates
New Monitor Can Detect Early Signs of Heart Disease
UConn biomedical engineering researchers are developing new heart monitors to improve early detection of an irregular heartbeat.
December 14, 2016 | Josh Garvey
Social Media Offers Venue for Crowds of Sports Fans
'Social networking is a valid way for fans to further identify with their favorite sports teams.'
December 12, 2016 | Kenneth Best
Innovative Device Could Offer New Hope for Heart Patients
A UConn graduate student is developing a new micro-scale power source that is significantly smaller and more efficient than the batteries used in most cardiac pacemakers today.
December 7, 2016 | Colin Poitras
Physical Therapy Student Veteran Will Serve Veterans
Graduate student and former Marine Nate Hutt is conducting research to identify a new subtype of Parkinson’s disease in veterans exposed to Agent Orange.
November 11, 2016 | Jason M. Sheldon
UConn Scientists Find Material’s Defects Improve Solar Cell Performance
Using a novel mapping technique developed at UConn, researchers have discovered new conductive properties in cadmium telluride.
September 26, 2016 | Colin Poitras
The Road to Native Vegetation in Highway Design
A graduate student is commercializing new software he developed to make roadside native plantings more successful.
September 1, 2016 | Jessica McBride, Office of the Vice President for Research
Sociologist Charts Public Opinion Shifts on Racial Profiling
A UConn Ph.D. student is examining how public opinion on counter-terrorism may affect an individual’s civil rights.
August 22, 2016 | Kenneth Best
Being the Family Breadwinner is Unhealthy for Men
As men take on more financial responsibility, their psychological well-being and health declines, says a new UConn study.
August 19, 2016 | Kenneth Best
Keeping Connecticut’s Bridges Strong
The state's bridges will benefit from a new repair method developed at UConn using ultra-high performance concrete.
August 11, 2016 | Josh Garvey
The Tiniest Parasites
A UConn study of bacterial parasites may shed light on how the human genome grew.
August 2, 2016 | Kim Krieger