Caltech/MIT Issue Voting Technology Report to Florida Task Force

The Caltech/MIT Voting Technology Project has submitted a preliminary report to the task force studying the election in Florida. Their nationwide study of voting machines offers further evidence supporting the task force's call to replace punch card voting in Florida. The statistical analysis also uncovered a more surprising finding: electronic voting, as currently implemented, has performed less well than was widely believed.

Caltech and MIT Join Forces to Create Reliable, Uniform Voting System

Caltech and MIT are joining forces to develop a United States voting system that will be easy to use, reliable, secure and modestly priced, the presidents of the two universities announced today.

"America needs a uniform balloting procedure," said Caltech President David Baltimore and MIT President Charles M. Vest in a letter to Carnegie Corporation of New York President Vartan Gregorian who is recommending the corporation fund the initial research. "This has become painfully obvious in the current national election, but the issue is deeper and broader than one series of events."

New planets still being createdIn our stellar neighborhood, study shows

In a study that strengthens the likelihood that solar systems like our own are still being formed, an international team of scientists is reporting today that three young stars in the sun's neighborhood have the raw materials necessary for the formation of Jupiter-sized planets.

Caltech, Agere Systems scientists developtechnique to shrink memory chips

Researchers at the California Institute of Technology and Agere Systems, formerly known as the Microelectronics Group of Lucent Technologies, have developed a technique that could result in a new generation of reliable nanoscale memory chips. This research could lead to smaller, less expensive cellular phones and digital cameras.

New research shows that the ears can sometimes trick the eyes

Though it seems to follow common sense that vision is the most dominant of the human senses, a new study by California Institute of Technology researchers shows that auditory signals can sometimes trick test subjects into misinterpreting what they have seen.

In a new study appearing in the Dec. 14 issue of the journal Nature, Caltech psychophysicists Ladan Shams, Yukiyasu Kamitani, and Shinsuke Shimojo report that auditory information can alter the perception of accompanying visual information, even when the visual input is otherwise unambiguous.

Sequencing of Arabidopsis genome will havehuge payoffs, Caltech plant geneticist says

Whether or not the man was right when he said a mustard seed can move mountains, a poorer cousin of mustard named Arabidopsis has just been certified one of the heavy lifters of 21st-century biology.

With today's announcement that the international effort to sequence the Arabidopsis genome has been completed, plant biologists now have a powerful tool that is a triumph for biology as well as world agriculture, says Caltech plant geneticist Elliot Meyerowitz.

Human brain employs the same neurons in seeing an objectand later imagining it

In a study of nine epilepsy patients awaiting brain surgery, researchers have discovered that humans use the same neurons to conjure up mental images that they use when they see the real object with their eyes.

New results on Martian meteorite support hypothesisthat life can jump between planets

According to one version of the "panspermia" theory, life on Earth could originally have arrived here by way of meteorites from Mars, where conditions early in the history of the solar system are thought to have been more favorable for the creation of life from nonliving ingredients.

LIGO establishes"first lock"

HANFORD, Wash.—Scientists from the Laser Interferometer Gravitational-wave Observatory (LIGO) announced today that they established "first lock" at the detector near Hanford, Washington.

NSF awards $9.6 million for materials research center at Caltech

The National Science Foundation today awarded $9.6 million in start-up funding for the Center for the Science and Engineering of Materials (CSEM) at the California Institute of Technology. The new center pioneers a number of exotic and futuristic materials and applications such as "liquid" metals, responsive gels, and tiny medical sensors.

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