News
A study sheds light on how the brain remembers key information which might one day help treat memory disorders.
Columbia Engineering professors Sam Sia and Jingyue Ju discuss what’s known so far about the omicron variant.
Four Columbia students were selected as Rhodes Scholars, plus more awards and grants for faculty and students.
The proliferation of new public-private surveillance partnerships has prompted the Knight First Amendment Institute to file two Freedom of Information Act requests to inform the public about the scope and the details of those partnerships.
Photography, Buddhist art, and Indigenous art are the subjects of the shows, featuring works from Art Properties.
Hearing aids are getting better, and Americans will soon be able to buy them without a prescription. For those with hearing loss, the benefits may go beyond just being able to follow conversations.
When should you get a booster? And will it ward off new variants like omicron? Drs. David Bucholz and Marcus Pereira of Columbia University Irving Medical Center break down the science.
GSAPP’s Center for Spatial Research and the History Department team up to create the innovative website.
On Dec. 2, the Columbia community lost one of its own: Davide Giri. On Dec. 3, the Columbia community came together to remember him and mourn his loss.
Davide Giri, a doctoral student at the School of Engineering and Applied Science, was killed in a violent attack near campus on Thursday night. A vigil will be held tonight, Dec. 3, at 5 p.m. on Butler Lawn.
Researchers at Columbia Engineering have found a way, using 2D materials, to build superconducting qubits that are a fraction of the size of previous qubits.
Researchers at the Zuckerman Institute find unexpected connections among brain cells that record memories of places in mice.
Fiction, nonfiction, memoir, history, sports, the economy—we’ve got you covered with this diverse list of books.
There's been much progress in HIV/AIDS treatment, but it's important to remember the fear as well as solidarity the was experienced in the 1980s.
A new technique developed at Columbia Engineering combines quantum mechanics and machine learning to efficiently simulate temperature-dependent processes in materials. The method could lead to new and less carbon-intensive ways of making steel and recycling scarce metals.