By examining Jupiter’s moon Io – the most volcanically active place in the solar system – Cornell astronomers can study a vital process in planetary formation and evolution: tidal heating.
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.
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-led collaboration developed machine-learning models that use cell-free molecular RNA to diagnose pediatric inflammatory conditions that are difficult to differentiate.
Nour Gajial ’26, left, and Yanni Kouloumbis ’26, founded MathGPT to help high school and college students struggling with math understand how to approach their problems step by step.
Jonathan I. Lunine will guide the JPL's scientific research and development efforts, drive innovation across its missions and programs and enhance collaborations with NASA Headquarters, NASA centers, the California Institute of Technology, academia, the science community, government agencies and industry partners.
Cornell researchers discovered a new way of controlling biohybrid robots that can react to their environment better than their purely synthetic counterparts: harnessing fungal mycelia’s innate electrical signals.