Comedian, actor and author John Cleese returns to Cornell University in his role as A.D. White Professor-at-Large to deliver a public lecture titled "What is Religion? Musings on the 'Life of Brian,'" Friday, Oct. 22.
The future of fusion power may lie not in a 20 million-ampere bang, but a 1-million-ampere pop. Plasma studies unwinds a powerful COBRA for high-density simulations.
Steve Squyres, Cornell professor of astronomy and the principal scientific investigator for the Mars rover mission, took a break from his hectic schedule this July to talk to Cornell News Service Senior Science Editor David Brand about the progress of the history-making mission.
Without enough estrogen-like hormone in their systems, female plainfin midshipman fish turn a deaf ear to the alluring love songs of the males. And, according to Cornell biologists, a similar steroid-sensitive response could underlie changes in the hearing sensitivity of humans.
Just hours after Cassini-Hugyens rocketed into orbit around Saturn at 7:36 PDT (10:36 EDT) June 30, the spacecraft sent back 61 images of the giant planet's rings that researchers acclaimed as astonishing and mind-boggling.
When the Cassini-Hugyens spacecraft arrives at Saturn at 7:36 PDT (10:36 EDT) tonight (June 30), among the most anxious participants at the Jet Propulsion Laboratory here will be Cornell University astronomer Joseph Burns.
Cornell researchers are playing an important role in yet another planetary space mission, this time to Saturn, the second largest planet in the solar system. On June 30 at approximately 10:30 p.m. EDT, the Cassini-Huygens spacecraft will go into orbit around Saturn for an extensive tour.
A laser-based microscopy technique may have settled a long-standing debate among neuroscientists about how brain cells process energy -- while explaining what's really happening in PET (positron emission tomography) imaging and offering a better way to observe the damage that strokes and neurodegenerative diseases, such as Alzheimer's, wreak on brain cells.
Saturn's mysterious moon, Phoebe, which has puzzled astronomers for more than a century because of its dark surface and retrograde orbit, has great geological variety, and probably has large areas of exposed water ice, Cornell senior astronomy researcher Peter Thomas told a press conference at the Jet Propulsion Laboratory.
