Role

Sugar Pines (Pinus lambertiana) in Sequoia National Park, California. UConn researchers are part of a team that has sequenced the Sugar Pine's enormous genome, offering the potential for using genetic resistance to fight an invasive fungus that threatens to destroy the species. (Silversypher via Wikimedia Commons)

The Fungus-Fighting Secrets in the Sugar Pine’s Genome

Researchers have sequenced the enormous genome of the world's tallest pine, offering the potential for using genetic resistance to fight an invasive fungus that threatens to destroy the species.

Neag School Announces Recipients of 2017 Alumni Awards

The Neag School of Education and its Alumni Board are proud to announce the 2017 Neag School Alumni Award honorees. Six outstanding Neag School graduates will be recognized at the School’s 19th annual Alumni Awards Celebration in Storrs, Conn., on Saturday, March 18, 2017.

Seok-Woo Lee, assistant professor of materials science and engineering, at his lab at the Gant Complex on Oct. 27, 2016. (Peter Morenus/UConn Photo)

New Material Promises Benefits to Deep Space Travel

A UConn researcher has developed a new shape memory material that can help send unmanned probes to distant star systems.

With just a few days left in 2016, a selection of faculty, staff, students, and alumni share hopes for next year.

UConn Nation Hopeful for the Coming Year

With just a few days left in 2016, a selection of faculty, staff, students, and alumni share hopes for next year.

MRSA (methicillin-resistant Staphylococcus aureus) bacteria. (SCIEPRO/Getty Images)

UConn Researchers Kill MRSA with Tailored Chemistry

UConn medicinal chemists have developed experimental antibiotics that kill the often deadly bacteria MRSA.

Hartford skyline on a sunny afternoon. (Ultima_Gaina/Getty Images)

Feeling the Heat: The Urban Response to Climate Change

A survey of low-income Hartford residents shows many are concerned about climate change and want to learn more about it to protect themselves and their families.

A heart monitoring device that detects irregular heart beat algorithms, using sensors attached to an armband and a phone app. (Sean Flynn/UConn Photo)

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.

Group of friends checking their team stats on a smartphone while watching a soccer game on TV. (Antonio_Diaz/Getty Images)

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.'

Chemistry Ph.D. student Islam Mosa holds an ultrathin implantable bioelectronic device he developed that is powered by a novel supercapacitor capable of generating enough power to sustain a cardiac pacemaker. It is more biocompatible and lasts much longer than existing pacemaker batteries. (Photo courtesy Islam Mosa)

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.

A collage made up of newspaper clippings pertaining to the December 2012 school shooting massacre in Newtown, Conn. (Allkindza/Getty Images)

UConn Student Navigates New Role in Years After Sandy Hook

Elizabeth Charash '18 (CLAS) was a high school student in Newtown at the time of the Sandy Hook school shootings. The tragedy has shaped her academics and activism.