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GE uses dual piezo jets to keep a Core i7 laptop cool, play a merry tune (hands-on video)
Cooling fans are the bane of many a laptop user's existence. The tiny things are often over-taxed right out of the box and, after a year or two worth of dust and detritus gets in them, they complain more and more loudly. As much as we hate them, engineers hate them more, as they take up precious space beneath the keyboard and draw precious juice from the battery. GE has a better solution, so-called dual piezo cooling jets. They're just 1mm thick, could consume a fraction of the power of a fan and contain no moving parts -- at least, not in the traditional sense. As a demo of their potential, GE created a prototype Core i7-powered laptop, cooled only by these jets. Click on through for our impressions.
GE partners with Livermore Labs to explore efficient aircraft fuel injectors (video)
What would you do with six months of dedicated access to 261.3 teraflops of computational power? As you ponder that question, consider the case of GE Global Research, which has just announced its participation with the Lawrence Livermore National Laboratory in an effort to design more powerful and efficient aircraft engines by way of computer simulation. Specifically, GE will partner with researchers from Arizona State University and Cornell University to study the unsteady spray phenomena that's thought to be ideal for fuel injectors. Through Large Eddy Simulation, GE hopes to discover an ideal spray pattern and fuel injector design, and reduce its number of lengthy, real-world optimization trials. While the research is initially aimed at aircraft engines, the knowledge gained from these experiments may work its way into GE's other products, such as locomotive engines and land-based gas turbines. For a glimpse into GE's current research, be sure to hop the break.
GE lands $6.3 million DARPA grant to develop 'bio-inspired' sensors
Do butterflies hold the key to the next generation of chemical sensors? DARPA apparently thinks they might, and it's just awarded GE a $6.3 million grant to further develop a project that the company's research division began three years ago. That project was sparked by the discovery that the nanostructures from the wing scales of butterflies have acute chemical sensing properties, which GE has since been working to replicate in a sensing platform that could instantly detect a wide variety of chemical threats. What's more, GE says that it's sensors could eventually be made in "very small sizes, with low production costs," which would let them be used for everything from emissions monitoring at power plants to food and beverage safety monitoring at home. Full press release is after the break.
GE Global Research holograms increase security, redefine 'going green'
GE Global Research in collaboration with SABIC Innovative Plastics has developed a new class of holographic materials that can be processed in plastic to create a wide range of novelty products, credit, or identity cards. Instead of just being stamped onto the surface of the card like typical holograms, these new cards rely upon thermo-plastic based volume holography to store the data (binary images, 3D images of your face, fingerprints, and even animations) within the card itself for an extra degree of tamper-free security. And because the holographic material can be injection-molded, it could ultimately be applied to a variety of personalized products including laptops and cellphones. GE Global Research is intent on commercializing the new holographic materials by 2012, until then we've got a video that gives a good idea of how your 3D mug might look pressed into those government or corporate mandated ID cards of the future. Check it after the break. %Gallery-78893%
