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Nanowires

A scanning electron microscope image of the nanowire-alginate composite scaffolds, showing...

Around the world, scientists have been working on ways of replacing the heart tissue that dies when a heart attack occurs. These efforts have resulted in heart "patches" that are made from actual cardiomyocytes (heart muscle cells), or that encourage surrounding heart cells to grow into them. One problem with some such patches, however, lies in the fact that that they consist of cardiomyocytes set within a scaffolding of poorly-conductive materials. This means that they are insulated from the electrical signals sent out by the heart, so they don't expand and contract as the heart beats. Scientists at MIT, however, may be on the way to a solution.  Read More

A new flexible film made of copper nanowires and plastic conducts electricity illuminating...

In June of last year we reported on the success by researchers at Duke University in developing a technique capable of producing copper nanowires at a scale that could make them a potential replacement for rare and expensive indium tin oxide (ITO) in touch screens and solar panels. However, the water-based production process resulted in the copper nanowires clumping, which reduced their transparency and prevented the copper from oxidizing, which decreases their conductivity. The researchers have now solved the clumping problem and say that copper nanowires could be appearing in cheaper touch screens, solar cells and flexible electronics in the next few years.  Read More

Graduate students Guoping Wang (L), Sheng Chu (R) and professor of electrical engineering ...

Although ultraviolet semiconductor diode lasers are widely used in data processing, information storage and biology, their applications have been limited by the lasers’ size, cost and power. Now researchers at the University of California, Riverside Bourns College of Engineering have overcome these problems by developing a new semiconductor nanowire laser technology that could be used to provide denser optical disc storage, superfast data processing and transmission and even to change the function of a living cell.  Read More

Scientists from the Georgia Institute of Technology are claiming to have created the world...

For the past several years, scientists from around the world have been engaged in the development of nanogenerators – tiny piezoelectric devices capable of generating electricity by harnessing minute naturally-occurring movements, such as the shifting of clothing or even the beating of a person's heart. So far, while they may have worked in principle, few if any of the devices have been able to generate enough of a current to make them practical for use in consumer products. Now, however, scientists from the Georgia Institute of Technology are claiming to have created "the world's first practical nanogenerator."  Read More

The first coils of silicon nanowire on a substrate that can be stretched to more than doub...

Stretchability is not something you'd think of as synonymous with electronics. For this very reason the realm of wearable electronic devices has been limited to devices on clothes with rigid or at best semi-flexible circuit boards or solar panels and watches that can do just about everything except make a decent espresso. The game is about to change with the introduction of a silicon nanowire with elastic properties that could enable the incorporation of stretchable electronic devices into clothing, implantable health-monitoring devices, and a host of other applications.  Read More

IBM researchers now have an unprecedented understanding and control over the magnetic move...

Racetrack memory is an experimental form of memory that looks to combine the best attributes of magnetic hard disk drives (low cost) and solid state memory (speed) to enable devices to store much more information, while using much less energy than current memory technologies. Researchers at IBM have been working on the development of Racetrack memory for six years and have now announced the discovery of a previously unknown aspect of key physics inside the new technology that brings it another step closer to becoming a reality.  Read More

Scanning electron image of the nanowire device with gate electrodes used to electrically c...

Until now, the common practice for manipulating the electron spin of quantum bits, or qubits, – the building blocks of future super-fast quantum computers – has been through the use of magnetic fields. Unfortunately, these magnetic fields are extremely difficult to generate on a chip, but now Dutch scientists have found a way to manipulate qubits with electrical rather than magnetic fields. The development marks yet another an important development in the quest for future quantum computers, which would far outstrip current computers in terms of speed.  Read More

Formerly unobserved increase in length and twist of the anode in a nanobattery (Image: DOE...

Because battery technology hasn’t developed as quickly as the electronic devices they power, a greater and greater percentage of the volume of these devices is taken up by the batteries needed to keep them running. Now a team of researchers working at the Center for Integrated Nanotechnologies (CINT) is claiming to have created the world’s smallest battery, and although the tiny battery won’t be powering next year’s mobile phones, it has already provided insights into how batteries work and should enable the development of smaller and more efficient batteries in the future.  Read More

A diagram of nanowires used in a Racetrack memory chip

Tired of waiting for your computer to boot up? Within five to seven years, you may no longer have to. That’s the estimated amount of time it will take to bring Racetrack Memory to market. Racetrack is a proposed new shock-proof system that is said to be 100,000 times faster than current hard drives, while also being 300 times more energy-efficient. Although it incorporates cutting-edge nanotechnology, it’s based on the same principles as the humble VHS videotape.  Read More

Dr. Heike Riel, who leads the nanoscale electronics group at IBM Research-Zurich, is part ...

It has been estimated that in the European Union, about ten percent of the electricity used in homes and offices goes to power computers and other electronic devices that are in standby mode. By 2020, that amount could constitute 49 terawatt hours per year, which is almost equivalent to the combined annual electrical consumption of Austria, the Czech Republic and Portugal. The European Union’s just-announced Steeper research initiative squarely addresses such concerns. Its aim is to develop electronics that operate on less than half a volt when in standby, and that are up to ten times more energy-efficient when active.  Read More

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