Undergraduates
More Data, Lower Cost – DIY Electronics Tackle Global Change
UConn researchers developed low-cost environmental sensor units to facilitate the collection of fine-scale data. Now they're making them available to others.
Stopping the Resistance of Cancer Cells to Treatment
UConn researchers have discovered molecules that could make cancer cells more vulnerable to chemotherapy.
A Cyborg Cockroach Could Someday Save Your Life
UConn engineers’ microcircuit could improve control of futuristic biobots.
Connecticut Student Researchers Shine at UConn Health
You are 'at the heart of the state’s future bioscience ecosystem,' keynote speaker Susan Froshauer told students participating in a new innovation program headed by UConn Health's Caroline Dealy, during the Aug. 1 event.
Strain Improves Performance of Atomically Thin Semiconductor Material
UConn materials scientists have shown conclusively for the first time that the properties of atomically thin materials can be mechanically manipulated to enhance their performance. The finding could lead to faster computer processors and more efficient sensors.
A New Approach to Social Resilience – Through Landscape Architecture
A project led by graduate student Tao Wu aims to integrate refugees into the local community, while developing resources they can use.
A Dozen UConn Students, Alums Win NSF Graduate Fellowships
UConn students in fields as varied as chemical engineering, physics, and political science, have earned support from the National Science Foundation for their graduate work.
Growing with Aquaponics at UConn
A new student-led aquaponics system at the Spring Valley Farm is proving fertile ground for research and interdisciplinary projects in addition to fresh produce.
From IDEA to Implementation
Students who received IDEA grants displayed and explained their projects to their peers and to the public at the IDEA Grant Year-end Showcase.
Spider Silk Key to New Bone-Fixing Composite
A UConn materials science team has developed an innovative composite for healing broken load-bearing bones based on a protein found in the silk fibers spun by spiders.