Highlights from the 2015 Geneva Motor Show

University of Texas

NexusHaus is a collaborative effort between the University of Texas at Austin and Germany'...

There are still over six months to go until the next US Solar Decathlon, but competitors are already hard at work building their prototype sustainable home entries. The first to come to our attention is NexusHaus, a collaborative effort between the University of Texas at Austin and Munich's Technische Universität München that will run solely on solar power and focuses on water efficiency.  Read More

Silicene, an atom-thin form of silicon that holds promise for super-fast computing, has a ...

As recently as 2010, human-made silicene – an atom-thin form of silicon – was purely theoretical. But now the exotic material has been used to make transistors, and researchers have found that silicene's electrical properties lend it extraordinary potential in powering the next generation of computer chips.  Read More

The new RF circulator could revolutionize microminiature communications devices (Photo: Co...

In the world of electronic components, there are many devices out there that do their job well and reliably, but are almost never heard of – even though they may be vital to equipment that plays a role in our technology-driven lives. The radio frequency (RF) circulator is just such a device: it has simply done its job as a nondescript box of gubbins buried in radio communications systems, quietly directing radio frequency signals to the places they should go. Now researchers at the University of Texas have given the RF circulator a makeover. Not only is the new prototype smaller, lighter, and cheaper, it's also claimed to be easily adapted to different frequencies on the fly, which is something the old style circulator cannot do.  Read More

A new gene editing technique shows promise for the treatment of Duchenne muscular dystroph...

Researchers at the University of Texas (UT) Southwestern Medical Center have developed a technique that corrects a mutation leading to Duchenne muscular dystrophy (DMD). The technique, called CRISPR/Cas9-mediated genome editing, removes the mutation entirely in mice, and could have far-reaching consequences in the treatment of muscular dystrophy in people.  Read More

The new method will attempt to find traces of a tell-tale radio signal, known as an Io-con...

A new technique pioneered by a team of scientists from the University of Texas, Arlington, may hold the key to detecting moons orbiting distant exoplanets, a feat which is currently beyond the grasp of modern astronomy. Such a technique would afford scientists a greater opportunity of discovering a planetary body capable of sustaining life.  Read More

A team of international researchers has developed a new synthetic molecule that triggers s...

A team of international researchers has developed a molecule capable of triggering cancer cell death by carrying chloride into cancer cell membranes. The molecule flushes the cells with salt and causes them to self-destruct, potentially paving the way for new types of anti-cancer drugs.  Read More

Ormia ochracea has excellent hearing, and is hated by crickets everywhere  (Photo: Jpaur)

When it comes to animals with good hearing, flies might not be the first one you'd think of. The Ormia ochracea fly, however, has a unique hearing mechanism that allows it to precisely determine the location of a cricket based on its chirps ... it then deposits its larvae on the cricket, which ultimately consume the poor insect. Scientists at the University of Texas Austin have now duplicated that mechanism, with hopes that it could find use in applications such as next-generation hearing aids.  Read More

Scientists at the University of Texas have built and tested what appears to be the world's...

Scientists at the Cockrell School of Engineering at the University of Texas have built and tested what appears to be the world's smallest, fastest, and longest-running nanomotor yet – so small that it could fit inside a single cell. The advance could be used to power nanobots that would deliver specific drugs to individual living cells inside the human body.  Read More

These implantable shape changing transistors can grip nerves and tissues, changing shape w...

A multinational group of scientists has developed implantable shape-changing transistors that can grip nerves, blood vessels and tissues. According to the researchers, these soft electronic devices can change shape within the body, while still maintaining their electronic properties, allowing them to be used in a variety of applications and treatments.  Read More

Dr. Steve Jiang and UT Southwestern Medical Center are pioneering the use of general-purpo...

Medical physicists at the University of Texas Southwestern Medical Center are latching on to advances in the computational speed of graphics processing units (GPUs) to drastically reduce the time required to calculate radiation therapy plans. The approach also increases the accuracy of calculations, allowing for faster, more precise, and more adaptable treatment of cancer patients.  Read More

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