Since 1986, STEP has been addressing the underrepresentation of marginalized students in science, technology, engineering and math through programs at more than 50 universities across New York.
A Cornell-led collaboration developed machine-learning models that use cell-free molecular RNA to diagnose pediatric inflammatory conditions that are difficult to differentiate.
Cornell researchers built miniature VR headsets to immerse mice more deeply in virtual environments that can help reveal the neural activity that informs spatial navigation and memory function and generate new insights into disorders such as Alzheimer’s disease and its potential treatments.
An international marine research team guided by Cornell expertise has successfully completed an ambitious drilling project to investigate the plate boundary fault that ruptured during the Tohoku earthquake that devastated Japan in 2011.
A new NATO-funded effort led by assistant professor Greg Falco ’10 seeks to make the internet less vulnerable to disruption by rerouting its flow of information to space.
A Cornell team used a new form of high-resolution optical imaging to better understand how adsorption – i.e., the clinging of molecules to surfaces – works on the semiconductor titanium dioxide with a gold particle added as a co-catalyst.
Cornell researchers are part of a project to enable sustainable hardware for AI and quantum computing, one of 11 projects selected by DOE to receive a total of $73 million.