Cornell engineers have developed a semiconductor material with a record-setting bandgap and turned it into working devices, opening the door to electronics that handle much higher voltages while wasting less energy.
A new study presents rhombohedral hexalayer graphene as a promising quantum materials platform for studying electron interactions and developing technologies.
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.
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.
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.
Julie Rathbun, an astronomy researcher in Cornell's College of Arts and Sciences, is leading the 2026 Planetary Science Workforce Survey to assess demographics, career trends and workforce diversity.
