Researchers described their cutting-edge research at a biomedical engineering symposium, “Understanding and Treating Disease: Inspirations from Womb to Tomb,” on campus Sept. 16.
In the Charter Day Weekend lecture, “Cornell and the Energy Landscape in the Age of Sustainability” April 26, professor Hector D. Abruna discussed his work to build sustainable batteries.
Researchers show that coating the anode of a lithium-oxygen fuel cell with bromide results in more stable charging and could represent a step toward practical lithium-oxygen energy storage technology.
The public is invited to watch history as the Mars Science Laboratory spacecraft, Curiosity, attempts to land on Mars during the early morning of Aug. 6.
By measuring with exquisite precision the tiny wobbles of Saturn's moon Enceladus, Cornell researchers have learned that a global ocean lies beneath the moon's thick icy crust.
Engineers devise, atom-by-atom, a room-temperature magnetoelectric multiferroic out of lutetium iron oxide, a discovery that could lead to advances in computer memory technology.
The Math Explorer's Club brings opportunities to learn new math techniques and apply them to a real-life situations to local middle and high school kids.
Cornell Tech's Open Studio, at which prospective graduates present ideas for apps, start-up businesses and other inventions, attracted 500 people May 20 in Manhattan.
A Cornell-led team of researchers has displayed the ability to alter superconductor strontium ruthenate's electrical properties through strain, or 'stretching', of a thin film of the material.