movement
dr. dolittle | August 21, 2014 Image of a green tree python from www.kids.britannica.com J.H. Pete Carmichael—The Image Bank/Getty Images
Dr. Greg Byrnes (Siena College, Loudonville, NY) and Dr. Bruce Jayne (University of Cincinnati, OH) discovered that snakes use more force than is necessary to support their weight when climbing. To climb, snakes rely on friction and repeatedly contract and extend their bodies, a process called concertina locomotion. To study the forces generated by snakes during this type of locomotion, the researchers constructed a vertical cylinder that was covered with textured tennis racket tape…
jhalper | September 18, 2011Our latest annual report is now online, and we think the results are worth looking at. We started with a favorite theme -- art and science -- and took it a step further. Ten short pieces on scientific research that deals with movement -- of proteins, electrons, black holes or theoretical random walkers -- are paired with works of art on a similar theme. Then we added poetry and fiction written by scientists, for good measure.
The Insomniac City Cycles Ran Slavin
Still from film, 2004-2009
It might all seem a bit exuberant, in light of continuing economic crises and regional politics. But if…
edyong | May 7, 2009When it comes to the human brain, even the simplest of acts can be counter-intuitive and deceptively complicated. For example, try stretching your arm.
Nerves in the limb send messages back to your brain, but the subjective experience you have of stretching isn't due to these signals. The feeling that you willed your arm into motion, and the realisation that you moved it at all, are both the result of an area at the back of your brain called the posterior parietal cortex. This region helped to produce the intention to move, and predicted what the movement would feel like, all before you…
grrlscientist | November 13, 2007tags: madagascar, leapin' lemurs, streaming video
This streaming video from the BBC show, Weird Nature: Marvelous Motion compares the movement of Sifaka lemurs to ballet, but it's also reminiscent of a martial arts movie. Remarkably, these animals can jump as far as 30 feet from tree to tree! And they make it look so effortless [1:49]