New research by Cornell engineers provides a blueprint for developing roads equipped with energy storage systems that can wirelessly charge electric vehicles.
In the quest to miniaturize camera lenses and other optical systems, Cornell researchers have, for the first time, defined the fundamental and practical limits of spaceplates.
A new metal organic chemical vapor deposition system will be used to engineer and study gallium oxide, an important material for the future of high-powered electronics.
A collaboration between Cornell researchers and the U.S. Army Research Laboratory has leveraged hydrodynamic and magnetic forces to drive a rubbery, deformable pump that can provide soft robots with a circulatory system, in effect mimicking the biology of animals.
The grant from the National Science Foundation will support a team of Cornell physicists who smash matter into its component parts to learn about elementary particles and their interactions.
