Emily Evans

Featured on the cover of Advanced Materials, the work is the first demonstration of a soft magnetic robot that can sense its own position within its environment.

The untethered tumbling devices are biocompatible and can be directed with magnetic fields to transport a payload or release pharmaceuticals.

Inspired by natural iridescence found in butterfly wings and fish scales, the films contain an array of magnetic nanostructures which can be rotated to manipulate the reflection of ambient light.

The article appearing in Nanoscale describes research by a team including Associate Professor of Physics Emily Evans into the behavior of a microscale swimming device controlled with magnetic fields.

A manuscript coauthored by Emily Evans, associate professor of physics, was featured as a Top Story on the NSF's Science360 News. 

The March meeting of the American Physical Society is the largest annual international meeting of physicists, featuring more than 9,000 presentations from authors around the world.

Associate professors Emily Evans (Physics) and Tonya Train (Biology) published alongside Julia Ronecker '13 (Biochemistry), David Han '18 (Engineering), Daniel Glass '10 (Engineering), and Alison Deatsch '13 (Physics) in Materials Science and Engineering: C.

Associate Professor Emily Evans has received funding from the North Carolina Biotechnology Center for equipment which will facilitate his research in magnetic hyperthermia therapeutics.

A group of students from Elon’s Engineering Club and Engineering World Health traveled Oct. 23 to the Southeast Regional Meeting of the Biomedical Engineering Society in Raleigh, North Carolina.

Matt Bausch ’16, Aaron Neaves ’16, and David Han ’17 presented at the 59 Annual Meeting of the Biophysical Society in Baltimore, Maryland, February 8-11.