The Feed the Future Innovation Lab for Crop Improvement provides global thought leadership on how plant breeders can challenge their assumptions, perform engaged research and prioritize their impact through crop improvement.
As a plant biologist, science communicator and director of the Cornell Alliance for Science, Evanega promotes evidence-informed decision making in agriculture.
An Instagram account for Finn the bunny has become a source for Cornellians worldwide to follow his adventures on campus and find messages in support of COVID-19 safety and mental health and well-being.
Cornell has administered 1 million COVID-19 tests, a milestone that symbolizes the collective work of hundreds of Cornellians, who worked overtime and engaged in duties outside of their regular jobs to protect lives.
Photographer Catherine Opie shares thoughts on a new piece from a body of work-in-progress and photographic practice as a mode of looking at the world in the moment.
A Cornell-led collaboration used X-ray nanoimaging to gain an unprecedented view into solid-state electrolytes, revealing previously undetected crystal defects and dislocations that may now be leveraged to create superior energy storage materials.
Maureen Hanson, professor of molecular biology and genetics, and Bernice Grafstein, professor of neuroscience at Weill Cornell Medicine, have been elected to the American Academy of Arts and Sciences.
Four faculty members and a Washington Post reporter discussed the ways racism shapes economic policies, and how economic policies shape inequality in America – historically and today.
Through the work of Cornell Votes, a coalition of student, staff, and faculty stakeholders from across campus along with local community partners, Cornell has been named a "Voter Friendly Campus" along with 200+ nationwide universities and colleges.
The Cornell Center for Social Sciences has awarded spring grants supporting research and conferences involving more than 30 faculty and researchers across campus, including collaborations within new and expanded superdepartments.
A novel way of studying binary black holes by identifying each of their individual component black holes by spins – rather than masses – leads to improved spin measurements.
