University of Chicago researcher John Alverdy, M.D., has discovered a way to keep bacteria from communicating, which may help save surgical patients from dying of infection. Copyright 2005 The University of Chicago.
Film historian Tom Gunning examines an important precursor to modern film: the magic lantern. He considers the eighteenth and nineteenth century's fascination with this new, very modern way of experiencing images and how this form of visual media ushe...
University of Chicago Divinity School Professor Wendy Doniger explores the cultural fascination with pretending to be another version of oneself, a popular theme in film, theater, and literature. Copyright 2005 The University of Chicago.
University of Chicago astrophysicist Angela Olinto discusses high energy cosmic rays and a new observatory determined to find their origins. Copyright 2005 The University of Chicago.
University of Chicago ecologists Cathy Pfister and J. Timothy Wootton journey to a remote island in the Pacific Northwest to examine causes and effects of species extinction. Copyright 2005 The University of Chicago.
By researching how children learn language, computer science professor Partha Niyogi seeks to unlock the secret to programming truly 'intelligent' machines. Copyright 2005 The University of Chicago.
University of Chicago law professor Geoffrey R. Stone discusses his recent book, which recounts our nation's long history of limiting free speech and civil liberties in times of crisis. Copyright 2004 The University of Chicago.
Law professor Cass R. Sunstein talks about his book on Franklin Delano Roosevelt and brings back from obscurity an important speech: FDR's State of the Union Address of 1944, in which he articulates the idea that human beings have inherent economic an...
The Rare Isotope Accelerator (RIA) will be the world's most powerful research accelerator dedicated to producing and exploring new rare isotopes that cannot be found on earth. Tour the ATLAS facility and see why The University of Chicago and Argonne Na...
Enter the strange laboratory of Dr. LaBarbera, where Raquel Welch meets Brownian motion and terminal velocity turns Kong's fatal fall into a really big splash. Copyright 2003 The University of Chicago.