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Researchers at Cornell University have developed a highly accurate mathematical approach to predict crowd behavior.
University Research | Cornell UniversityA new Cornell-led study shows that trace metals, deposited by aerosols like dust and other particles in the atmosphere, have a hefty impact on marine biota, affecting biological productivity and changing the ocean ecosystem.
University Research | Cornell UniversityTwo Cornell students have developed a prototype for augmented reality headsets to help people who are deaf or hard of hearing navigate one-on-one conversations.
University Research | Cornell UniversityA new study looks at whether the compelling, immersive nature of virtual reality (VR) provides a better learning outcome than conventional hands-on activities.
University Research | Cornell UniversityCornell researchers have built the “muscle” for an electricity-conducting, environment-sensing, shape-changing machine the size of a human cell.
University Research | Cornell UniversityResearchers at Cornell University have developed a new biofuel technology that may revolutionize the search for the perfect algal strain: algal droplet bioreactors on a chip.
Research to Secure Our Energy Future | Energy Sources | University Research | Cornell UniversityA deeper understanding of the brain’s connectivity network of neurons and its relationship to the organ’s deep tissue could allow researchers to predict brain spatial patterns and recognize what processes relate to neurological disorders.
Researching the Brain, Seeking Cures | University Research | Cornell UniversityAn existing drug may one day protect premenopausal women from life-altering infertility that commonly follows cancer treatments, according to a new study from Cornell University.
University Research | Cornell UniversityA Cornell-led team of scientists analyzing environmental factors to understand bumblebee population declines found a shocker: fungicides, commonly thought to have no impact, are a factor.
University Research | Cornell UniversityA signaling pathway in cells that regulates fat production could become a new target for cancer drugs, according to a finding by Weill Cornell Medicine researchers.
University Research | Cornell University