Neural models developed by Tufts researchers could improve understanding of neurodegenerative and other diseases, and facilitate discovery of treatments.

Professor Mohammed Nurul Afsar and Associate Professor Valencia Koomson are developing a novel hexagonal ferrite thin film preparation system that will be applicable to wide-bandgap semiconductors.

Associate Professor Mai Vu and Professor Sameer Sonkusale want to overcome crucial obstacles blocking the adoption of millimeter wave communication.

M.S. student Tolga Zeybek and part-time lecturer Khaled ElMahgoub published a paper at a prestigious IEEE symposium on antennas.

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

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. 

A team of Tufts researchers is developing an artificial intelligence incorporated with computer vision techniques to report nutrient intake.

In a new paper, researchers printed chemoresponsive dyes and chemiresistive inks on paper to develop a "paper-nose" optoelectronic sensor for volatile gases in air.

Through a Tufts Collaborates grant, Assistant Professor Jeffrey Guasto is working with Benjamin Wolfe of the Department of Biology to study the effects of bacteria "highways" on ripeness and food safety in cheeses. 

Researchers from Tufts University and Colorado School of Mines recently presented a paper at the ACM/IEEE International Conference on Human Robot Interaction, exploring the role of indirect speech acts on our interactions with robots in different scenarios.