Global atlas will track human and climate impact on river systems

A new Cornell-led project will create a global record that shows how river systems around the world have changed under human influence over the last 75 years.

First quantum oscillations observed in gallium nitride holes

Cornell researchers have observed a quantum property of the material for the first time, an advance that could expand its technological reach.

Mechanical engineering Ph.D. candidate wins 2026 3MT

Ellen van Wijngaarden won Cornell's Three Minute Thesis (3MT) competition. 3MT challenges graduate students to prsent their thesis research compellingly to general audiences in just three minutes.

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$25M endowment to advance experiential learning in Duffield Engineering

The funding will provide long-term support to programs that provide undergraduates with opportunities to participate on project teams, join research labs, develop and evaluate innovative technologies, and benefit from other hands-on learning activities.

NYCST grants boost New York state space tech industry

A new round of grants from the Cornell-led New York Consortium for Space Technology Innovation and Development will advance aerospace research, manufacturing and workforce development in New York state.

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.

Winning digital ag idea targets killer ants

The Digital Ag hackathon, sponsored by the Cornell Institute for Digital Agriculture and powered by Entrepreneurship at Cornell, brought 116 students to Atkinson Hall for the weekend of Feb. 27-March 1.

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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.

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.