Neural implant smaller than salt grain wirelessly tracks brain

Cornell researchers and collaborators have developed a neural implant so small that it can rest on a grain of salt, yet it can wirelessly transmit brain activity data in a living animal for more than a year.

Startup bets their superfast microbe can rewrite biotech 

Researchers develop a new bacterium that can absorb DNA directly from its surroundings and incorporate it into its own genetic code.

Students’ Baja Racing team roars to series of victories

To build a winning off-road car, the student-led Baja Racing team built on the legacy and lessons of those who came before them.

Faculty win Bezos grants to use AI for environmental challenges

Cornell has won three of 15 major grants from the Bezos Earth Fund, awarded to leverage artificial intelligence in the fight against climate change and environmental challenges.

Cornell startup aims to monitor heart and lung health without touch

Tracking heart and lung health without wires or electrodes could be a game-changer for home care, assisted living or for patients who resist traditional wearables.

TCAM brunch highlight’s women’s history at Cornell

Cornell historian Corey Earle shared stories of remarkable women throughout Cornell’s history during an Oct. 25 brunch as part of the Trustee Council Annual Meeting. 

Around Cornell

Now in 3D, maps begin to bring exoplanets into focus

Astronomers have generated the first three-dimensional map of a planet orbiting another star, revealing an atmosphere with distinct temperature zones – one so scorching that it breaks down water vapor, a team co-led by a Cornell expert reports in new research.

New digital collections preserve, examine Cornell history

Newly published digital collections at Cornell University Library explore areas of Cornell history. Freely accessible online, the three new collections were digitized from materials held in Cornell University Library’s Rare and Manuscript Collections.

New view of electrocatalytic intermediates could boost hydrogen production

Researchers used single-molecule super-resolution reaction imaging to gain a clearer view of what happens, and where, in surface metal-hydrogen intermediates, which spark electrocatalytic transformations.