A study from Cornell researchers could enable a quantum leap forward in identifying and deciphering cancer-driving genetic mutations, the first step in developing effective therapeutics.
Despite being unbound by space and time, fictional protagonists in American literature travel fewer miles than their nonfiction counterparts, according to a Cornell-led research team that used artificial intelligence to analyze nearly 13,500 books from the last 230 years.
A new mapping approach piloted by Cornell researchers could help policymakers identify where people live in extreme poverty and target resources more effectively.
Diane Levitt, Senior Director of K-12 Education for Cornell Tech, whose work focuses on primary and secondary school computing education, says that there is an urgent need to rethink education and the tools required to achieve change.
From a nanotech solution for removing toxic chemicals from water to a 3D-printing method for high-precision drug delivery, Cornell students put research innovations to the test in the first Technology Commercialization Innovation Competition.
Knowing the duration and timing of when migratingmallard ducks – natural carriers of avian influenza – stop and rest can help predict the probability that they will infect backyard poultry flocks.
A Cornell Tech professor has won a competition that tasked researchers with creating a method to align the connectomes — aka neural connection maps — of male and female fruit flies.
Researchers in the College of Human Ecology have developed a design and fabrication approach that treats plants as companions to humans, with seeds woven into hydrogel material for apparel and other applications.
The Coalition for Academic Scientific Computation (CASC) is pleased to announce that Rich Knepper from the Cornell University Center for Advanced Computing has been elected as the new Chair of the organization.
