Science and Enterprise

Tag: semiconductors

  • Univ., IBM Team Creates Enhanced Cloud Security Technique

    Computer scientists from North Carolina State University in Raleigh and IBM have developed a technique to better protect sensitive information in cloud computing, without compromising overall system performance. The research team, led by NC State professor Peng Ning (pictured left), will present its findings later in October at the 18th ACM Conference on Computer and…

  • Low-Cost Tablet Gets Hands-On Tests in Indian Schools

    Researchers have tested in India an electronic tablet device designed in the U.S. and Singapore for widespread use in Indian schools. The I-slate is being developed at the Institute for Sustainable and Applied Infodynamics (ISAID), a joint program of Rice University in Houston, Texas and Nanyang Technological University (NTU) in Singapore. The device, still a…

  • New On Technorati: Friendly to What Business?

    High paying jobs are being created in large numbers right here in the U.S., and in places where the so-called experts say they’re not supposed to happen. If states want the big bucks from big brains and the benefits they bring, then they need to make the work being done and people doing the work…

  • Semiconductor Companies to Invest $4.4B in New York R&D

    Five semiconductor developers said today they will make a joint investment of $4.4 billion over the next five years to develop new computer chip technologies in New York State. The companies include Intel Corporation, IBM, GlobalFoundries, Samsung, and Taiwan Semiconductor Manufacturing Company (TSMC). The investments will be made in current and upgraded facilities in Albany,…

  • Semiconductor Foundation, NSF Fund Nanoelectronics Research

    Semiconductor Research Corporation (SRC) in Research Triangle Park, North Carolina and National Science Foundation (NSF) are funding $20 million in grants on nanoelectronics research. Some 12 research teams at 24 participating U.S. universities will conduct research over a four-year period on a new switching mechanism using nanoscale electronics as a replacement for current transistors, the…

  • Smartphone Advance Can Improve Efficiency, Extend Battery

    Researchers at University of Michigan in Ann Arbor have devised a more efficient “idle mode” for smartphones and Wi-Fi devices that reduces power use and can extend battery life. Computer science and engineering professor Kang Shin and doctoral student Xinyu Zhang will present their discovery, still in proof-of-concept stage, next week at the ACM International…

  • Device Captures Vibrations to Power Wireless Sensors

    Engineers at MIT have designed a miniature device that harvests energy from low-frequency vibrations to power wireless sensors for industrial or environmental monitoring. Mechanical engineering professor Sang-Gook Kim and Arman Hajati, now at FujiFilm Dimatix in Santa Clara, California, published their findings last month in the  journal Applied Physics Letters (paid subscription required). While wireless…

  • Consortium Funds Semiconductor Research in Emirates

    Semiconductor Research Corporation (SRC), a university-research consortium in Durham, North Carolina, announced seven research contracts will be awarded to four universities in the United Arab Emirates (UAE). The new contracts continue the joint effort between SRC and the Advanced Technology Investment Company (ATIC) in the UAE begun last year on semiconductor sciences and technologies. The…

  • NSF, Industry Consortium Fund Advanced Chip Research

    Virginia Commonwealth University in Richmond has received two grants totaling $1.75 million from National Science Foundation and the Semiconductor Research Corporation to create more energy-efficient computing devices. Semiconductor Research Corporation is an international technology research consortium of member companies and university research programs. The grants fund research to translate theoretical work on replacing traditional transistor-based…

  • Ultrathin Electronic Patch Devised for Medical Applications

    Engineers in the U.S., Singapore, and China have developed a technology platform that makes possible electronic medical functions such as sensing or diagnostics in an ultrathin patch worn directly on the skin. The team that developed this technology, led by John Rogers of University of Illinois in Champaign, published its findings in this week’s issue…