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Campus NewsMar 27, 2020

UChicago Joins New Academic/Industry Consortium to Accelerate AI Innovation

CDAC NewsMar 17, 2020

An Automated Menu for LHC Data and the Search for Dark Matter

CDAC NewsFeb 12, 2020

Ancient Language Processing: Teaching Computers to Read Cuneiform Tablets

A ribbon-like vortex is created in a large water tank by William Irvine, an assistant professor in physics and Dustin Kleckner, a postdoctoral scientist in the James Franck Institute, and Martin Scheeler in a lab at the University of Chicago's Gordon Center Tuesday, April 9, 2013. (Photo by Robert Kozloff)

CDAC NewsDec 20, 2019

Meet the Autumn 2019 CDAC Discovery Grant Projects

Campus NewsNov 13, 2019

UChicago Research Finds External Attackers Can Use IoT Devices as Motion Sensors

Campus NewsNov 03, 2019

Data Science Predicts Which Failures Will Ultimately Lead to Success

In The MediaOct 29, 2019

Nick Feamster Discusses Facebook Content Moderation on Chicago Tonight

Campus NewsOct 28, 2019

Widely Used Health Care Prediction Algorithm Biased Against Black People

This image is packed full of galaxies! A keen eye can spot exquisite ellipticals and spectacular spirals, seen at various orientations: edge-on with the plane of the galaxy visible, face-on to show off magnificent spiral arms, and everything in between. The vast majority of these specks are galaxies, but to spot a foreground star from our own galaxy, you can look for a point of light with tell-tale diffraction spikes. The most alluring subject sits at the centre of the frame. With the charming name of SDSSJ0146-0929, the glowing central bulge is a galaxy cluster a monstrous collection of hundreds of galaxies all shackled together in the unyielding grip of gravity. The mass of this galaxy cluster is large enough to severely distort the spacetime around it, creating the odd, looping curves that almost encircle the cluster. These graceful arcs are examples of a cosmic phenomenon known as an Einstein ring. The ring is created as the light from a distant objects, like galaxies, pass by an extremely large mass, like this galaxy cluster. In this image, the light from a background galaxy is diverted and distorted around the massive intervening cluster and forced to travel along many different light paths towards Earth, making it seem as though the galaxy is in several places at once.

In The MediaOct 04, 2019

Q&A: Paving A Path for AI in Physics Research

CDAC NewsOct 02, 2019

CDAC Opens Autumn 2019 Discovery Grant Call for Proposals