Cornell researchers have found that inorganic materials are able switch between discrete states almost instantaneously, bridging the gap between what’s known about phase changes in organic molecules.
Cornell researchers explored whether an algorithm could be trained to sort digitized Dadaist journals from non-Dada modernist journals – a formidable task, given that many consider Dada inherently undefinable.
The Mars rover Opportunity, NASA’s robotic geologist fitted with an array of tools to search for evidence of water, ended its mission Feb. 13 – three weeks after its 15th anniversary and long past its 90-day warranty.
Research on blood flow in the brain, from the lab of Chris Schaffer and Nozomi Nishimura, could help inform better therapies for people with dementia, including Alzheimer's disease.
An exercise in learning phases of the moon conducted by the Virtual Embodiment Lab showed no real difference in learning between VR, hands-on and computer simulation methods.
Unauthorized Mexican and Central American immigrants who came to the United States as children or teens live in more complex and less stable households than their documented or native-born counterparts, according to a new study from Cornell researchers.
A Rural Humanities scholarly initiative, funded by a grant from the Mellon Foundation, will foster deeper engagement with rural communities, emphasizing “knowledge with a public purpose.”
A machine learning model trained with years’ worth of forecast and weather data predicts the accuracy of the weather forecast – the basis of a system that can reduce buildings’ energy usage by up to 10 percent.
A nano-sized guitar string vibrates and crackles in an unexpectedly organized and intricate way, according to researchers who devised a way to listen to a nanoscale guitar for the first time – and then played the Cornell alma mater on it.
