Replacing commonly used diversity, equity and inclusion-related terminology with carefully matched alternative language may improve Republicans’ favorability toward diversity training, according to new research from the ILR School.
Cornell researchers have demonstrated that uranium ditelluride can exhibit both flavors of superconductivity at once, setting it apart as a leading candidate to be a topological superconductor.
Ariel Goodwin, a doctoral candidate in Cornell’s Center for Applied Mathematics, has received the 2026 INFORMS Optimization Society Student Paper Prize celebrating an outstanding student-led paper in optimization.
Five professors from across campus will advocate that their discipline is the most important to save in the annual Apocalypse Debate, sponsored by Logos, the undergraduate philosophy journal and club.
Emily Cho ’28 has grown the nonprofit she founded as a 13-year-old into a national network of volunteers giving incarcerated students access to education.
Straw, mycelium, hemp and dirt are building blocks in Marta Wisniewska's research and teaching focused on designing healthier spaces that mitigate the construction industry’s environmental impact.
“Garden Invaders," an exhibit by history of art and visual studies professor Iftikhar Dadi and Elizabeth Dadi, features pixelated alien sculptures inspired by Japanese aesthetics and technology.
Medication wasn’t working for Stan Au, who was diagnosed with Parkinson’s 12 years ago. He and wife Pam explored other treatments, including deep-brain stimulation — implanting electrodes into brain structures that help control movement.
With AI transforming how societies function, a new program in the College of Arts and Sciences aims to meet the urgent need to understand AI’s implications for culture, governance, ethics, communication, creativity, labor and social organization.
Six Cornell research teams selected for the spring 2026 cycle of the Ignite Innovation Acceleration program are working on advancing their innovation projects toward real-world impact.
Cornell researchers, working with an upstate New York battery company, have developed a real-time diagnostic approach to improving one of the most expensive and time-consuming stages of lithium-ion battery manufacturing: forming the battery.
