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Dario Borghino

A newly-developed electronic finger cuff could lead to smarter surgical gloves that make p...

Using industry-standard manufacturing technology, researchers have integrated ultrathin and stretchable silicon-based electronics, sensors and actuators on an artificial skin that can be worn on the tip of your fingers. The result is an artificial finger cuff that could be used to produce the ultimate hi-tech surgeon's glove, capable of sensing the electrical properties of tissue, removing it locally, or even performing ultrasound imaging with a simple touch.  Read More

A 'virtual patient' technology being developed at USC could help U.S. Army psychologists a...

A technology currently under development at the University of Southern California (USC) is using highly interactive, artificial intelligence-driven virtual patients to simulate psychological disorders – particularly those that occur most often among soldiers – and train U.S. military psychiatrists and psychologists to treat their patients more effectively.  Read More

A newly developed bendable thin-film lithium-ion battery could help bridge the gap to high...

Researchers at the Korea Advanced Institute of Science and Technology (KAIST) have developed a promising solid state, thin-film lithium-ion battery that claims the highest energy density ever achieved for a flexible battery. The new design, which showed for the first time that high-performance thin films can be used for flexible batteries, may be commercialized as early as next year.  Read More

Dr. Narayan is testing one of his new batteries by using it to power a small fan (Photo: D...

Revamping a concept that was first explored forty years ago, researchers at the University of Southern California (USC) are putting the final touches on a patent-pending design for cheap, rechargeable, high energy density iron-air batteries. Because of their unique features, the batteries look particularly well-suited to the kind of large-scale energy storage that could accelerate the adoption of renewable energy sources.  Read More

A newly developed 'artificial photosynthesis' system from Panasonic could be used to turn ...

Panasonic has recently developed an artificial photosynthesis system that, using a simple and straightforward process, can convert carbon dioxide into clean organic materials with what it says record efficiency. This development may lead to the creation of a compact way of capturing pollution from incinerators and electric power plants and converting them into harmless – even useful – compounds.  Read More

NASA researchers are trying a 'scotch tape' design to build larger, more affordable X-ray ...

A team led by NASA's Maxim Markevitch is investigating the possibility of building bigger X-ray telescope mirrors – up to thirty times as large as today's – using a plastic tape coated with a reflective material and then, just like a roll of Scotch tape, tightly rolled on itself. By studying cosmic rays and distant galaxy clusters, such large and significantly cheaper mirrors would allow us to learn more about the birth and evolution of the universe.  Read More

Research has shown the popular music has become louder and more homogeneous over time (Pho... If you suspect that songs today tend to sound the same, it turns out you're right. A group of Spanish scientists looked at a huge database of songs and analyzed their trends, publishing their results in the scientific journal Nature. What they found was proof positive that, over the last few decades, songs have progressively gotten louder, decreased their pitch transitions, and generally become more homogeneous.  Read More

A newly developed microbot inspired by the water strider (pictured) jump across the water ... One year after the creation of a ten-legged robot that could walk on water, a team led by Prof. Qinmin Pan has come up with a new and updated concept that, also inspired by the water strider, can accomplish the much more difficult task of jumping across the water surface without sinking.  Read More

British computer programmer Will Powell has created a prototype real-time translation syst...

Inspired by the Google's Project Glass, computer programmer Will Powell has built a prototype real-time translation system that listens to speech, translates it into one of 37 languages, and then displays the resulting text as subtitles directly onto the user's glasses.  Read More

Findings at MIT suggest that Titan's geological phenomena may bear remarkably close simila...

After revealing the strong possibility of an underground liquid water ocean on Titan, further analysis of radar data collected by a flyby of the Huygens/Cassini spacecraft is now suggesting that, despite a dramatically different composition, Saturn's largest moon may share many of Earth's geological processes. By studying those features, exogeologists are beginning to answer some pressing questions on the forces that shaped Titan's geological past.  Read More

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