James Webb Space Telescope sees Jupiter moons in a new light

With its sensitive infrared cameras and high-resolution spectrometer, the James Webb Space Telescope is revealing new secrets of Jupiter’s Galilean satellites – in particular Ganymede, the largest moon, and Io, the most volcanically active.

Balance, Nicholson honored for research, teaching and service

Two faculty members in the College of Arts and Sciences, Christine Balance and Linda Nicholson, are the recipients of the 2023 Faculty Award for Excellence in Research, Teaching and Service through Diversity.

Science plans for telescope’s first light focus of CCAT Consortium meeting

“This was a critical meeting as we are less than two years out from anticipated first light with the facility," said project director Gordon Stacey.

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NASA selects Cornell astronomer for ULTRASAT observatory

Anna Y. Q. Ho and others chosen will pursue science investigations that will contribute to Israel’s first space telescope mission, planned to launch into geostationary orbit around Earth in 2026.

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Inaugural 2023 Weill Institute Emerging Scholars Announced

Eight graduate students from across the U.S. to attend inaugural Weill Institute Emerging Scholars Symposium in Oct. 2023

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Using data for policy decisions: NSF funds economics study

In their project, “Mostly Harmless Statistical Decision Theory,” three Cornell economists in A&S will develop innovative methods for data-driven policy choices.

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Serve in Place grants offer international experiences

Denise Rose worked with other Cornell students on a study of mental health in India through the Cornell-Keystone Nilgiris Field Learning Summer Program. 

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Blamed for fouling the environment, polyester may help save it

In a fast-fashion, throw-clothes-away world, textile expert Juan Hinestroza (Human Ecology) and a group of scientists have new ways to recycle wasted polyester into new useful products.

Bulky size frustrates radical molecules to boost chemical reactions

Cornell researchers attached large fragments to temperamental "radical" molecules, increasing their girth to insulate them from their hyperreactive partners  – a method that could help create improved derivatives of pharmaceutical compounds.