$44 million donation of historic artworks from Nancy Ruyle Dodge and endowment from the Avenir Foundation includes largest single gift in Rutgers history
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If a company is transgender-friendly, women and members of minority groups feel better about working there, a Rutgers-New Brunswick study finds.
Rachel Godsil grew up attending civil rights marches with her parents in the late 1960s and 1970s in Milwaukee. As a professor of law at Rutgers Law School in Newark, she now works to reduce bias and anxiety linked to race, ethnicity and gender. Read the latest in an ongoing series profiling new faculty across the university.
Chenjerai Kumanyika, an assistant professor in Rutgers-New Brunswick’s School of Communication and Information, has begun a podcast called Uncivil, which looks at the ways we’ve explained Civil War to ourselves for the past 150 years.
Nancy Mercado, poet and leader in Nuyorican movement, joins previous esteemed winners, such as Toni Morrison and Isabelle Allende.
Rutgers-Newark celebrates the opening of Life Sciences Center II, a $59 million science facility decades in the making. The facility broadens the university’s capacity as talent pipeline for women and minorities in science and enhances support for community-based research that has an impact in Greater Newark.
Rutgers-led study shows promise and potential peril in reversing hearing loss
Wendy Osefo, researcher, political commentator and Johns Hopkins instructor, mentors underrepresented students and strives to make educators more effective in urban communities.
For all those fans of Nutella, the threat of a global hazelnut shortage is disturbing news. But researchers at Rutgers have developed a blight-resistant tree that could address a worldwide shortage by expanding the area where hazelnuts can grow. Read our release and the story on NJ.com.
Clinicians are on the front line of detecting opioid addiction – but need to be better trained on treatment solutions.
Seeking a better way to capture radioactive iodides in spent nuclear reactor fuel, Rutgers–New Brunswick scientists have developed an extremely efficient “molecular trap” that can be recycled and reused.