At last week’s Vatican climate change meeting, Ben Houlton (CALS) spoke on how the global agricultural sector could remove large volumes of atmospheric carbon.
Cornell research provides a simple and comprehensive – if less dramatic – explanation for bright radar reflections initially interpreted as liquid water beneath the ice cap on Mars’ south pole.
An interdisciplinary team developed a backchannel method that uses solubility, not entropy, to overcome thermodynamic constraints and synthesize high-entropy oxide nanocrystals at lower temperatures.
The Active Learning Initiative has awarded three postdoctoral fellowships to support a teaching postdoctoral fellow as they work with a team of faculty members in departments that want to take a more systematic or holistic approach to introducing active learning into their courses.
The research shows how changes in salinity may affect life in aquatic habitats on Earth and widens the possibilities for where life may be found throughout our solar system.
Through conversations and hands-on learning opportunities, nearly 250 youth from across New York state learned about different career paths at the annual 4-H Career Explorations Conference, hosted by Cornell and New York State 4-H.
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.
Cornell engineers say that pairing crypto mining – notable for consuming carbon-based fuel – with green hydrogen could provide for wider deployment of renewable energy, such as solar and wind power.