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A new study by a group of universities including Cornell has for the first time revealed the global extent of a layer of melted rock encircling the Earth below its tectonic plates.
Faculty from seven Cornell colleges have been named Engaged Faculty Fellows through the David M. Einhorn Center for Community Engagement, joining a network that is committed to advancing engaged teaching and scholarship at Cornell and in their academic disciplines.
Nearly 175 community members joined a town forum Nov. 3, held in person and online, to hear updates on the Cornell University Borehole Observatory.
At the upcoming Conference of the Parties – best known as COP27 – 11 Cornell students will help delegations from small countries gain a stronger environmental voice.
The Cornell University Borehole Observatory provides a platform to directly study the temperature, permeability and other characteristics of the rock deep beneath the Ithaca campus – factors that will help the university determine whether to move forward with a proposed plan to warm the Ithaca campus with Earth Source Heat.
For Cornell scientists, new images from NASA’s Juno spacecraft flyby Sept. 29 of Jupiter’s moon Europa – an icy, oceanic world that may host life – brings future mission into frigid focus.
Growing algae onshore could close a projected gap in society’s future nutritional demands while also improving environmental sustainability.
As surveying the cosmos for the new James Webb Space Telescope gets hot, Cornell researchers have modeled and synthesized lava in order to discover far-away, volcanic exoplanets.
Cornell has led research operations at the observatory since the 1960s, when NASA began sending people to space and scientists wanted to learn more about the physics of space weather.
Cornell University will lead a four-year, $2 million project sponsored by the National Science Foundation to implement a multi-container software framework for the Weather Research and Forecasting Model.