A Dartmouth-led study demonstrates a method to achieve three-dimensional interfacing, solving the long-running "dimensional mismatch" between typical two-dimensional probes and the brain's 3D neural circuits.

An award-winning designer, educator, and entrepreneurial leader, Eagle brings more than 15 years of international experience at the intersection of behavioral science, engineering, product innovation and design.

A Dartmouth study demonstrates a new way to use simple components to tune and control the behavior of harmonic oscillators—used in everything from clocks to car suspensions.

Dartmouth Engineering professor Rebecca Gallivan coauthored a study with colleagues at Caltech that demonstrates a revolutionary way to precisely control the microstructure of metal alloys.