the_newsbeagle writes "Most of the researchers who work on flexible electronics imagine putting their materials to use in flexible displays, like a rollable, foldable iPad that you could cram in your pocket. And I'm not saying that wouldn't be cool. But researcher Takao Someya of the University of Tokyo has a different idea: He wants his ultra-thin, ultra-flexible electronics to be used as bionic skin. Someya and other researchers have created circuits that stick to your skin, and that can stretch and bend as you move your body. These materials are still in the labs, but the scientists imagine many uses for them. For example, if a synthetic skin is studded with pressure and heat sensors, it could be used as a lifelike covering for prosthetic limbs. There are also potential biomedical applications: The e-skin could discreetly monitor an outpatient's vital signs, and send the data to a nearby computer. The article includes a short video showing Someya's material in action."

carmendrahl writes "Famed astronomer Galileo Galilei is best known for taking on the Catholic Church by championing the idea that the Earth moves around the sun. But he also engaged in a debate with a philosopher about why ice floats on water. While his primary arguments were correct, he went too far, belittling legitimate, contradictory evidence given by his opponent, Ludovico delle Colombe. Galileo's erroneous arguments during the water debate are a useful reminder that the path to scientific enlightenment is not often direct and that even our intellectual heroes can sometimes be wrong."

Zothecula writes "New research demonstrates that triggering an out-of-body experience (OBE) could be as simple as getting a person to watch a video of themselves with their heartbeat projected onto it. According to the study, it's easy to trick the mind into thinking it belongs to an external body and manipulate a person's self-consciousness by externalizing the body's internal rhythms. The findings could lead to new treatments for people with perceptual disorders such as anorexia and could also help dieters too."

fergus07 writes "NASA has released new concept images and animations outlining one version of its plan to capture an asteroid with an unmanned craft. The scenario presented for a possible mission around the year 2025 involves literally bagging an asteroid in a huge inflatable cylinder and returning it to lunar orbit for astronauts to study."

As reported by the Washington Post, a U.S. spacecraft headed for the moon (to circle it, though, not to land) is to be launched for the first time from the facility at Virginia's Wallops Island. If you'll be in the D.C. area on the night of September 6 and the weather cooperates enough for a launch, it should be worth staying up for. "The robotic mission is to collect detailed information about the moon's thin atmosphere. Sometimes thought to be nonexistent, the lunar atmosphere has been described as extremely tenuous and fragile, but present. According to the space agency, the launch will record many firsts. One will be the first launch beyond Earth orbit from the Virginia facility. It also will be the first flight for the Minotaur V rocket, NASA said. NASA said the five-stage Air Force rocket is an excess ballistic missile that was transformed into a space-launch vehicle. It will boost the space probe into position for it to reach lunar orbit." Though the satellite is NASA's, the launch will be controlled by Orbital Sciences.

cold fjord writes with an excerpt from Science Codex: "CSIRO scientists have written software that could guide spacecraft to Alpha Centauri ... Dr George Hobbs (CSIRO) and his colleagues study pulsars — small spinning stars that deliver regular 'blips' or 'pulses' of radio waves and, sometimes, X-rays. Usually the astronomers are interested in measuring, very precisely, when the pulsar pulses arrive in the solar system. Slight deviations from the expected arrival times can give clues about the behaviour of a pulsar itself ... 'But we can also work backwards,' said Dr Hobbs. 'We can use information from pulsars to very precisely determine the position of our telescopes.' 'If the telescopes were on board a spacecraft, then we could get the position of the spacecraft.' Observations of at least four pulsars, every seven days, would be required. ... A paper (paywalled) describing in detail how the system would work has been accepted for publication by the journal Advances in Space Research." (Here is a related story from the same source.)