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Dario Borghino

Drexel University research combining the best features of batteries and supercapacitors co...

Researchers at Drexel University are developing an electrochemical flow capacitor (EFC) that combines the storage capabilities of batteries with the much longer cycle life and power output of supercapacitors. The team's goal is to improve the stability of the energy grid and ease the integration of renewable energy sources.  Read More

A dish-shaped mirror focuses sunlight onto a glass ball, which distributes it evenly onto ...

Borrowing technology from sophisticated telescope mirrors as well as high-efficiency solar cells used for space exploration, a group of students and researchers at the University of Arizona are putting the final touches on a novel power plant that promises to generate renewable energy twice as efficiently as standard solar panel technology with highly competitive costs and a very small environmental impact.  Read More

Image of the shadow of a single ytterbium atom (Image: Griffith University)

A team of researchers at Griffith University has managed to stretch the capabilities of microscopy to its ultimate limit. Culminating a five-years effort, the scientists have obtained a digital image of the shadow cast by a single atom, in a development that might soon lead to important advances in scientific observations ranging from the very big to the very small.  Read More

New technology based on the eye of a moth improves the quality of X-ray images without com...

To increase stealth and evade predators, the moth has evolved a remarkable eye that, rather than reflecting light, absorbs it almost completely. Engineers have mimicked its nanostructure in the past to design better solar panel coatings and antireflective surfaces, and are now using the same principle to design a thin film that will absorb radiation from X-ray machines more effectively, exposing patients to a significantly lower risk while obtaining higher quality imaging.  Read More

An artist's impression of the Mars Science Laboratory moments before touching the Martian ...

A month from now, the Mars Science Laboratory (Curiosity) rover is set to touch down on the surface of the Red Planet and begin its mission to learn more about the possible existence of life - past or present. Curiosity will attempt to touch down using a complex and unusual landing sequence unlike any other used for previous Mars rovers ... here's how the plan will unfold.  Read More

Ceramic tiles coated with battery paint and then heat-sealed powered LEDs spelling out 'RI...

While battery technology has come a long way in recent years, it still places constraints on the size and shape of cellphones and other personal electronic devices. Researchers at Rice University are looking to solve this problem by developing a rechargeable lithium-ion battery that can be painted on virtually any surface ... and early results are promising.  Read More

Computer rendition of SuperMUC rendered by SuperMUC (Image: Leibniz-Rechenzentrum der Baye...

An innovative cooling design for SuperMUC, Europe's most powerful supercomputer, will use warm water instead of air to keep tens of thousands of microprocessors at the optimal operating speed and increase peak performance. The system, which is said to cool components 4,000 times more efficiently, will also warm the Leibniz Supercomputing Centre Campus that hosts it during the winter months, generating expected savings of up to US$1.25 million per year.  Read More

These two logic gates (XOR on the right, AND on the left) are made of microscopic mechanic...

High-radiation environments are a silicon microchip's worst nightmare and even state-of-the-art radiation-shielded circuits can fry after just a couple hours of exposure. Now engineers at the University of Utah have come up with a micro-electromechanical system that could be used to build robots and computers that are impervious to such conditions and may help us deal with high bursts of space radiation, damaged nuclear power plants or even the aftermath of a nuclear attack.  Read More

Sensordrone is small enough to fit on a keychain, but sophisticated enough to collect data...

Those who value having a myriad of information on the world around them right at their fingertips may have something extra to add to their Christmas or birthday wish list. Sensordrone, a Kickstarter project that has managed to triple its initial funding goal of US$25,000, packs a dozen environmental sensors into a keychain-sized dongle, collecting highly localized data and relaying the information to any Android device via Bluetooth.  Read More

The study of this marine crustacean may lead to lighter and more resistant materials that ...

The mantis shrimp is a fascinating creature that has the ability to punch its prey into submission with a club that accelerates underwater at around 10,400 g. By studying the secrets behind this formidable weapon, a Californian researcher hopes to develop an innovative, hi-tech material that is one third the weight and thickness of existing body armor.  Read More

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