Tufts researchers led a team in developing an electronic wound dressing an electronic wound dressing that enables active topical drug delivery, with applications for chronic wound care.

In the journal Advanced Energy Materials, Associate Professor Matthew Panzer and alumnus Anthony D'Angelo, EG18, published findings on a new class of fully zwitterionic polymer-supported gel electrolytes that could lead to safer lithium batteries.

Research from the Department of Electrical and Computer Engineering on a new "smart bandage" was recently featured on the NIH Director's Blog.

Professor Karen Panetta explains the possibilities and challenges of developing new technologies to assist with diagnosing and treating medical conditions.

A group of Tufts researchers created materials that move in response to light, leading to possible applications for solar-powered products. 

As a Summer Scholar, Computer Science student Faizan Muhammad, E20, is working with Assistant Professor Jivko Sinapov on a research investigation into robotics and augmented reality.

Assistant Professor Xiaocheng Jiang and a group of Tufts researchers examined new developments in support extracellular electron transfer (EET) processes, which could have applications in renewable energy conversion and bioelectronics.

Associate Professor Mark Hempstead investigates the history of microprocessor hardware and the future of secure microchips in a piece for The Conversation.

Susan Landau, Bridge Professor in cyber security and policy at the School of Engineering and the Fletcher School, explains how maintaining digital privacy can help secure your online presence. 

A team of researchers led by Tufts faculty and alumni have created a prototype of a "smart" bandage that can monitor the conditions of a wound and deliver drug treatment.