Cornell biologist named Blavatnik Award finalist for work with rewilded mice

Matthew Zipple was named a Blavatnik Regional Award finalist for showing how natural environments can reshape behavior and health.

Around Cornell

A synthetic answer to the squeak in aging joints 

Two Cornell researchers join forces to produce a substance that could keep knees, hips and shoulders gliding smoothly for a lifetime.

New technique holds promise for improved gene editing

A new engineered gene editing system addresses some of the limitations of current gene editing tools with the hope of improving their use for research, for better crops or to treat diseases.   

Mysterious oarfish’s fins inspire large underwater robot design

Oarfish, giant fish rarely spotted by humans, have hundreds of unique dorsal fin rays, which help propel the fish forward.

A.D. White Professors-at-Large Program opens 2026-27 call for nominations

Cornell faculty members, academic departments and groups of departments are invited to submit nominations for the A.D. White Professors-at-Large Program in the fields of arts, humanities, life sciences and physical sciences. 

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Study finds trust is the missing ingredient for AI-driven food safety

New research has found that although food companies recognized clear benefits to pooling confidential food safety, concerns about trust, competition and shared standards continue to stand in the way.

Around Cornell

New type of human jumping gene found in a poxvirus

Scientists found a human genetic element in a poxvirus that is both an important gene for brain function and a jumping gene capable of moving and inserting itself in genomes.   

First known case of Marfan syndrome discovered in feline siblings

Researchers at the College of Veterinary Medicine and the Baker Institute of Animal Health have documented the first molecular characterization of Marfan syndrome, a rare inherited disorder that weakens connective tissues, in domestic cats.

Study reveals how echo chambers form and what prevents them

Study reveals how a few very general constraints can lead to echo chambers – self-reinforcing feedback loops – in biological systems such as birds in a flock, cells in tissue or ants in a swarm.