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Arizona State University

Moon pit in the Mare Tranquillitatis (Image: NASA/GSFC/Arizona State University)

Moving into a new neighborhood means finding a place to live, and 45 years after Neil Armstrong set foot on the Moon, our largest satellite is still notoriously short on housing. However, that may be changing as NASA announces that its Lunar Reconnaissance Orbiter (LRO) has discovered over 200 deep pits on the Moon that could not only provide scientists with deeper insights into the geology of the Moon, but could also be used as sites for future Lunar outposts.  Read More

A material known as a plasmonic polypeptide nanocomposite has been shown to strengthen las...

Stitches and staples may be on their way to becoming a thing of the past, thanks to a developing technology known as laser tissue welding. Now, a new gold-based solder has been created, that could make tissue welds in regions such as the intestines much stronger and more reliable.  Read More

Breezing is a portable device that analyzes its user's metabolism, then advises them on ex...

There are already plenty of devices that allow people to measure factors such as their caloric intake and physical activity levels. While such data can be a vital part of achieving your fitness goals, its usefulness is limited without an understanding of your specific metabolism – if you don’t know how fast you burn calories, for instance, then you won’t know how many you should be consuming and/or burning. That’s why researchers at Arizona State University developed the Breezing portable metabolism tracker.  Read More

Hestia is a software system that shows building-by-building CO2 emissions

As the old adage goes, knowledge is power. Following this principle, Arizona State University researchers have developed a computer program called Hestia, that is capable of estimating the greenhouse gas emissions of specific roads and even buildings. With its high level level of detail and accuracy, the software can help cities make more precise calculations about their GHG footprint as well as more informed decisions related to carbon mitigation efforts.  Read More

Researchers have created a thin film flexible smartphone, known as the Paperphone (Photos:...

Researchers from the Human Media Lab at Canada's Queen's University have created a fully-functioning floppy E-Ink smartphone, which they also refer to as a paper computer. Like its thicker, rigid-bodied counterparts, the Paperphone can do things like making and receiving calls, storing e-books, and playing music. Unlike them, however, it conforms to the shape of its user's pocket or purse, and can even be operated through bending actions.  Read More

The LCLS Atomic, Molecular and Optical instrument hutch where the experiments were perform...

An international team of scientists has obtained the world’s first single-shot images of intact viruses – a technology that could ultimately lead to moving video of molecules, viruses and live microbes. The team was also able to successfully utilize a new shortcut for determining the 3D structures of proteins. Both advances were achieved using the world’s first hard X-ray free-electron laser – the Linac Coherent Light Source (LCLS) – which scientists hope could revolutionize the study of life.  Read More

The Integrascope's LED (left) shines light through a drop of blood (center), and the refra...

When bodily fluids such as blood are tested for infectious diseases and unhealthy protein levels, they’re typically mixed with antibodies or other biological reactants to produce a positive or negative reaction. Researchers from Arizona State University (ASU) have now come up with an alternative testing system that they claim is just as accurate, but much simpler, quicker and cheaper. It utilizes LED lights and simple microelectronic amplifiers, and actually uses the sample itself as a diagnostic tool. Because it integrates the sample into the process, inventors Antonia Garcia and John Schneider call their device the Integrascope.  Read More

An artist's rendering of the spider nanobot

Scientists from Columbia University, Arizona State University, the University of Michigan, and the California Institute of Technology (Caltech) have created a robot that’s just 4 nanometers wide. And no, it doesn’t have flashing lights, video cameras or wheels. It does, however, have four legs, and the ability to start, move, turn, and stop. Descendants of the molecular nanobot, or “spider,” could someday be used to treat diseases such as cancer or diabetes.  Read More

A population of Arizona State University's fatty acid-secreting cyanobacteria microbes

It seems like every day, a new way of producing biofuel is being discovered. Within the past few years, we’ve reported on technology that harvests biofuel from garbage, booze, crop waste, carbon dioxide and wood-munching marine isopods. Now, Arizona State University has announced a new development in the harvesting of biofuel from cyanobacteria microbes - ASU researchers Xinyao Liu and Roy Curtiss have genetically engineered bacteria that literally ooze the stuff out of their skins.  Read More

Fei Long prepares to pass on some lessons he picked up on the street

The explosion in popularity of video games, coupled with the widespread availability of computers at home and school, has given educational software developers the impetus to harness the power of video games as a way of teaching children. Whether or not such educational games are effective in teaching the three R's is a topic for another day, but an Arizona State University scholar says commercial blockbuster video games can teach educators a thing or two about how to better educate children.  Read More

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