The Energy Recovery Linac, now in planning stages at Cornell, could revolutionize fields from biophysics, chemistry and molecular biology to high pressure physics. (Aug. 7, 2008)
Alyssa Apsel envisions next-generation circuits to have shrunk to the most infinitesimal of length scales, but with higher efficiency and more predictable properties. (Aug. 6, 2008)
Computer scientists have developed a method to synthesize the sounds of cymbals, falling garbage cans and lids, and plastic water-cooler bottles and recycling bins. (Oct. 27, 2009)
Two Cornell research teams have each received National Institutes of Health grants to identify factors influencing the careers of women in biomedical and behavioral sciences and engineering. (Oct. 22, 2009)
Philanthropist and retired businessman Fred Young '64, M.Eng. '66, MBA '66, has committed $11 million to CCAT, a proposed 25-meter aperture telescope in Chile's Atacama desert.
A $250,000 feasibility study reports that the proposed Cornell University Renewable Bioenergy Initiative could produce $2 million a year in energy using campus-area renewable resources. (May 3, 2010)
Energy conservation and a new organizational structure will boost both savings and efficiency in the Division of Facilities Services, says VP Kyu-Jung Whang in a public forum. (Nov. 9, 2010)
Cornell's self-driving car - and Segways - will soon to become safer and more talented, as a test bed for new research in robotics and artificial intelligence. (Oct. 5, 2009)
Cornell researchers have improved a method that can now rapidly screen hundreds of fungal species to find ones that can most efficiently produce biofuels from such nonfood sources as cornstalks. (Feb. 11, 2009)