Pat Gillespie, Author at Cornell Duffield Engineering

Going nuclear: Student group embraces clean energy

The newly formed student group Cornell Nuclear is Clean Energy is embracing nuclear technology to fight climate change and create jobs.

Intermediate phases speed nanoparticle crystallization

A well-placed step can turn a high hurdle into an easier jump. The same idea applies to how nanoparticles transition into crystals, according to new research from the Cornell Duffield College of Engineering.

The robots are here. And they mean business.

In this week’s episode of Research Matters, Cornell professor Robert Shepherd explores a radically reimagined future of robotics – one built not from bolts and steel, but from living tissues, fungal networks and soft, 3D-printed materials.

Duffield Engineering showcases XRP robot at Governors Cup

Engineering faculty and students traveled to Washington, D.C., for the inaugural U.S. Governors Cup Robotics Tournament, where they showcased a robot in hopes of inspiring young students.

Cornell faculty and staff honored for community-engaged innovation

Fourteen members of Cornell’s faculty and staff are being recognized this year with Community-Engaged Practice and Innovation Awards from the David M. Einhorn Center for Community Engagement.

Electron microscopy shows ‘mouse bite’ defects in semiconductors

A Cornell-led collaboration used high-resolution 3D imaging to detect, for the first time, the atomic-scale defects in computer chips that can sabotage their performance.

Gift will advance Duffield Engineering-led menopause research

A $1.2 million gift from Michael J. Kelly ’92 and Kristin Miljus Kelly will accelerate Menopause Health Engineering, an emerging research effort led by the Cornell Duffield College of Engineering.

Videos: Farming Robots, Humanoid Robots, and More

Swarming, spinning microrobots can manipulate their surroundings

Researchers demonstrated how a swarm of microrobots spinning on a water surface can together generate the fluidic torque needed to manipulate passive structures without any physical contact.