Helium beams are potentially very useful for understanding the surface characteristics of materials on the molecular level.
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Harrison Award winner Dana Lerner ’14 playing ice hockey at Madison Square Garden in March 2023 (“A helmet was worn and is out of the frame,” she notes.)
Four special guests, including Arts & Sciences alumni, will be honored at the Cornell Alumni Leadership Conference in Baltimore in February.
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Fluorescence imaging of C. elegans fed with a new chemical probe developed in this study – a branched-chain fatty acid analog. The red signal derives from selective ‘click chemistry’ reaction between the probe and a red fluorescent dye.
"Mounting an attack with clearly identifiable Iranian forces is probably off the table," says David Silbey, associate professor of history, "but further proxy attacks are likely to continue.”
The film focuses on the gendered implications of deepfake technology; a free screening Feb. 7 will be presented by the Milstein Program in the College of Arts and Sciences, partnering with Cornell Cinema.
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The Compact Muon Solenoid detector in Switzerland.
Cornell and other U.S. universities have been awarded $25 million from the National Science Foundation for research at the Large Hadron Collider at CERN in Switzerland.
The committee praised the verve, precision, and wry wit of Feng’s criticism, observing that she also brings historically and culturally informed sensibilities to all her reviewing.
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CPFB grantee Veronica Zellers ’24 (second from left) and community partner Professor Bruce Levitt (fifth from left) with Art Beyond Cornell members and supporters at a spring 2023 event
Thirteen student-community projects received grants through the Community Partnership Funding Board’s latest round of funding. Their shared goal: to bring social justice to the community.
Kristen Warner, who studies the impact of racial representation in the performing arts, highlights the shutout of Ava Duvernay’s “Origin” across the board, as well as racial politics of the Oscars.
The study presents an unexpected connection between spermidine, a long-known compound present in all living cells, and sirtuins, an enzyme family that regulates many life-essential functions.