Cornell ReSounds presents play | pen symposium Feb. 4-5

Cornell ReSounds  welcomes an esteemed slate of musicians, composers, and instrument builders for a two-day virtual symposium.

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Black sports history topic of Cornell Seymour Lecture

The talk “Reframing Boobie Miles: Racial Iconicity and the Transmedia Black Athlete,” by Dr. Samantha N. Sheppard, will explore the meaning of the black athlete, using Boobie Miles, as portrayed in the multimedia franchise “Friday Night Lights,” as her case study.

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Kim Gallon to deliver lecture on Black pandemic deaths data

Kim Gallon, associate professor of history at Purdue University, will demonstrate how computational humanities offers an opportunity to redefine “crisis” through the Black American experience and turn it into a defining moment for the recovery and reimagination of Black humanity.

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Klarman Fellow Skilton studies language development across cultures

During a three-year Klarman Postdoctoral Fellowship, Amalia Skilton will study joint attention behaviors – which include pointing – by doing field work in Peru's Amazon basin.

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Fahmy wins Urban History Association book prize

Ziad Fahmy won a 2021 book prize from the Urban History Association (UHA) for “Street Sounds: Listening to Everyday Life in Modern Egypt." Fahmy’s book was recognized for Best Book in Non-North American Urban History.

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New piano joins historic instrument collection

A new Silbermann piano has joined the instrument collection at the Cornell Center for Historical Keyboards.

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Cornell Reading Series features writers with diverse artistic range

Beginning Feb. 24, the Spring 2022 Barbara & David Zalaznick Reading Series will feature a wide range of artistic styles and voices from around the world.

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Look who’s talking now: the fishes

A new study from Cornell University finds that fish are far more likely to communicate with sound than previously thought — and some fish have been doing this for at least 155 million years.

Binary black hole spin behavior revealed using novel techniques

Research done at Cornell has uncovered the first potential signs of spin-orbit resonances in binary black holes, a step toward understanding the mechanisms of supernovas and other big questions in astrophysics.

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