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Science

'Star Trek' fusion impulse engine in the works

There's a hierarchy of "Star Trek" inventions we would like to see become reality. We already have voice-controlled computers and communicators in the form of smartphones. A working Holodeck is under development. Now, how about we get some impulse engines for our starships?

The University of Alabama in Huntsville's Aerophysics Research Center, NASA, Boeing, and Oak Ridge National Laboratory are collaborating on a project to produce nuclear fusion impulse rocket engines. It's no warp drive, but it would get us around the galaxy a lot quicker than current technologies.… Read more

Scientists want to float a boat on Saturn moon Titan

While the Mars rover explores the Red Planet, a group of engineers submitted plans for a new out-of-this-world space mission: landing a boat on the Saturn moon Titan, which NASA, the European Space Agency, and Italian space agency ASI explored in depth over the last decade as part of the Cassini-Huygens mission.

Building on the successful 2005 landing of the Huygens probe on Titan, the new mission would aim to explore and collect data from the weird liquid methane makeup of the lakes found on the Saturn moon's surface. To explore these uncharted methane flows, engineers at the aerospace company Sener -- working in collaboration with Spain's Centro de Astrobiologia -- submitted a proposal last week to the European Planetary Science Congress for a Talise (Titan Lake In-situ Sampling Propelled Explorer) boat probe. … Read more

Sweet LOLcats! Puppies and kittens can boost productivity?

It turns out my obsessive daily viewing of eye-searingly adorable animal pictures online is actually an integral part of of my work productivity plan. I am indebted to some Japanese scientists for this revelation.

Researchers from Hiroshima University conducted a study to examine the effects of viewing cute images on task performance. Guess what? Looking at images of baby animals boosted performance, I'm thrilled to report.… Read more

Researchers unveil ultra-thin electronics that dissolve in body

The same researchers who last year developed "electronic tattoos" that bend and stretch on skin are now unveiling similar ultra-thin electronics, only these dissolve when their job is done.

Made of silicon, magnesium, and magnesium oxide and surrounded by a protective layer of silk, these "transient" electronics aren't built to last but rather to melt away and, in the process, reduce the need to pass or surgically remove tiny medical implants, researchers from Tufts and the University of Illinois write in the current issue of Science.

The researchers -- who have begun using their devices … Read more

Did a bug in Deep Blue lead to Kasparov's defeat?

It's part of the conventional wisdom now that machines are smarter than us, especially when it comes to specific challenges. Chess, for instance. World champion Garry Kasparov's defeat at the hands of IBM's Deep Blue computer in 1997 was a milestone in the story of artificial intelligence.

But did the machine merely psych him out? Statistician Nate Silver's new book "The Signal and The Noise: Why So Many Predictions Fail--But Some Don't" contains an anecdote about how a glitch in Deep Blue may have led Kasparov to overestimate the machine's smarts, according to The Washington Post.

Despite the machine's ability to evaluate 200 million moves per second, Kasparov easily won the first game of the match. In the 44th move, however, Deep Blue made an inexplicable play, moving a rook for no apparent purpose. … Read more

Laundry additive turns shirts, pants into pollution eaters

Last year, we heard about the first article of Catalytic Clothing, an experimental dress that pulls pollutants out of the atmosphere. Now the technology is moving along to the point where it could be used as a liquid laundry additive and become part of our regular clothes washing chores.

According to a release from the Engineering and Physical Sciences Research Council in the U.K., "Within just two years, we could all be wearing clothes that purify the air as we simply move around in them."… Read more

Symphonic lowriders, phone-y birds at electronic-art fest

The International Symposium on Electronic Art came to New Mexico for 2012 to show off the intersection of art, nature, and technology under the theme of "Machine Wilderness."

For two weeks, the notable art corridor between Albuquerque, Santa Fe, and Taos played host to ISEA with a full schedule of panels, keynotes, performances, and all sorts of interesting and interactive art installations. … Read more

Sharp reveals see-through solar panel

A see-through solar energy panel announced today by Sharp -- primarily designed for balcony railings and skyscraper windows -- offers an uncommon alternative energy solution and sense of privacy in a single package.

The semi-transparent black solar panel launches in Japan on October 1, and delivers a solar power conversion efficiency of about 6.8-percent with a maximum output of 95 watts. While the low conversion rate seems lackluster comparative to the 10- to 20-percent efficiency standard these days, few see-through solar panel options exist commercially. Overall panel size stands at 4.5-feet wide by 3.2-feet tall and sports … Read more

Ig Nobels celebrate ponytail math, shut up gun

If you've ever wondered what makes your ponytail sway from side to side, you're not alone. Researchers who unraveled the mysterious math behind human ponytails have been recognized with an Ig Nobel prize for their contribution to science.

As I predicted they would back in February, Joseph Keller, Raymond Goldstein, Patrick Warren, and Robin Ball took home the humorous accolade for their study in Physical Review Letters, which describes a hairy equation governing locks.

The Ig Nobels are handed out in a ceremony at Harvard University and honor research that first makes you laugh, and then makes you think. … Read more

See how healthy your lungs are -- just blow into your phone

Today, patients with chronic lung conditions such as cystic fibrosis or asthma can't easily monitor how their airways are doing. Instead, they have to go to the doctor's office and blow into a special device called a spirometer as hard and fast as they can.

So for the past two-plus years, grad students at the University of Washington in Seattle have been working to develop an app that can measure lung function just as accurately but without the need for additional hardware. (Existing apps either require hardware or are for entertainment purposes only.)

In other words, they've been trying to turn a smartphone into a spirometer.… Read more