• Forecasting the misuse, and abuse, of evolving technologies

    New project aims to identify and assesses future threats posed by the abuse of evolving science and technology knowledge; examples could include the development of new infectious bacteria or viruses resistant to known medical treatments, or the invention of materials with camouflaging properties for covert activity

  • A first: plastic antibodies pass initial test

    Plastic antibodies, which mimic the proteins produced by the body’s immune system, were found to work in the bloodstream of a living animal; the discovery is an advance toward medical use of plastic particles custom tailored to fight an array of antigens

  • Pentagon directs basic research funds to applied projects, says report

    The U.S. Department of Defense has a $13.5 billion science and technology budget; about $1.9 billion — 15 percent of the total — is set aside for basic research; new study found that many of the projects funded under the basic research budget did not meet the definition of basic research used by the Pentagon

  • DARPA looking for automated insider threat spotter

    The U.S. National Counterintelligence Strategy asserts that “Trusted insiders — are targeting the US information infrastructure for exploitation, disruption, and potential destruction”; DARPA, the Pentagon research arm, is soliciting idea for technology which will automatically spot — and eliminate — insider threat to U.S. information infrastructure

  • New detection technology identifies bacteria, viruses, other organisms within 24 hours

    In the area of biodefense, current systems are centered on the detection of smaller prioritized sets of high-risk pathogens, rather than testing for a much broader spectrum of organisms; a new detection method from Lawrence Livermore allows not only the identification of the biological pathogens on a priority screening list, but also any other already-sequenced bacteria or virus in a sample that first responders, doctors, or regulatory agencies might not have been expecting to find, including possible novel or emerging pathogens

  • Engineers to enhance crane-mounted cargo scanning system

    VeriTainer, a venture-backed specialist in crane-based radiation detection technology for scanning shipping containers, enters into a three-and-a-half years, $4 million n R&D agreement with Lawrence Livermore National Laboratory to enhance the gamma and neutron detection sensitivity of the company’s radiation scanners

  • Maryland's science city development to be approved

    Montgomery County, Maryland will build a science city which official say could create a scientific research center that would rival North Carolina’s Research Triangle or Palo Alto, California; the number of jobs in the area west of Interstate 270 could triple to at least 60,000, many of them high-paying; the county council, heeding the concerns of people who live in neighboring communities, voted to reduce the size of the development from as much as 20 million square feet to a maximum of 17.5 million square feet

  • The U.S. faces severe helium-3 shortages; nuclear detection, science suffer

    The decay of tritium, the radioactive heavy-hydrogen isotope used in nuclear weapons, long produced more helium-3 than could be used; the United States stopped making new tritium in 1988, and so the remaining supply has been dwindling as it decays; the post 9/11 rush to build and deploy radiation detectors, however, increased dramatically the demand on the U.S. declining helium-3 resources — and now scientific research dependent on helium-3 suffers, and soon there will not enough even for security devices

  • Day of portable, brief-case size X-ray machine nears

    A California company is working on developing flat-panel image sensors which would enable it to make a briefcase-sized X-ray machine powered by a laptop battery; such a system might be used in the field by the military or instead of bulky bedside systems used in hospital intensive-care units

  • DHS's researchers receive a 2-year, $2.3 billion appropriation

    In a vote of confidence, the House Homeland Security Committee unanimously passes a 2-year, $2.3 billion appropriation to fund the push-the-envelope R&D efforts of DHS’s Science and Technology (S&T) Directorate; among other things, the bill would create an Office of Public-Private Partnerships inside S&T to make sure that promising private-sector products and solutions get the support they need; to ensure good ideas do not fall through the cracks, S&T would also establish a Rapid Response Division

  • DARPA director urges universities to create and “elite army of futuristic technogeeks”

    Between 2001 and 2008, DARPA’s funding to research schools was cut in half; less funding meant fewer graduate students: Combined with a 43 percent decrease in computing and science enrollment among undergrads, this means a shortage in technologists in the making; DARPA chief wants this trend reversed

  • Montana State team developing new way to fight influenza, bioterrorism threats

    Researchers develop aerosol spray containing tiny protein cages that will activate an immune response in the lungs; the protein cages trigger the rapid production of lymphoid tissue in the lung; the technology could be used to prevent or treat a range of pulmonary diseases including influenza; it might counter bioterrorism threats, such as airborne microbes

  • New technologies unveiled to protect U.K. 75 million mobile phone users from crime

    U.K. e-commerce, or contatcless, mobile transactions, will account for £151 billion by 2013. the U.K. government’s Design Council unveils three solutions aiming to make mobile phones – and, hence, e-commerce – safer

  • Immunovaccine offers enhanced anthrax vaccine candidate

    Currently, to provide protection from anthrax, individuals receive a 6-dose regime with three injections given two weeks apart, followed by three additional injections given at 6, 12, and 18 months; annual booster injections of the vaccine are recommended thereafter; Canadian company Immunovaccine says it developed a method to cut this arduous regimen by half

  • Tulane University, Corgenix awarded $15,000,000 to expand Lassa fever research

    Lassa fever, because of its high fatality rate, the ability to spread easily by human-to-human contact, and the potential for aerosol release, is classified as a bio safety level 4 agent and is included on the NIAID Category A list of potential bioterrorism threats; new study will focus on identification of novel B-cell epitopes on Lassa virus proteins, aiming to develop agents to treat and prevent the disease