• Auto theft going extinct?

    Thanks to aggressive police work and new technology car theft could eventually become an obsolete problem; new technological developments like high-tech keys, immobilizer systems, and GPS tracking have made it increasingly difficult for thieves to successfully steal cars; new police tactics and technologies like bait cars and license plate scanners have given law enforcement agencies the edge in tracking down stolen cars and catching thieves

  • Sensing "skin" protects concrete structures

    Scientists have developed a sensing “skin” which is made of stretchy thermoplastic elastomer mixed with titanium dioxde; patches of the skin are painted with black carbon to measure changes in the electrical charge of the skin; the skin will be rolled out in patches across structures such as bridges and dams; the formation of a crack would cause a movement in the concrete under the patch, which would change the capacitance, or stored energy, of the skin; daily check by computers would detect the change the capacitance, and issue and alert

  • Texas A&M launches a blimp program

    Texas A&M is launching a new airship program to develop lighter-than-air (LTA) blimps; LTA systems generate lift force by using sufficient volume of a lighter-than-air gas, such as helium; heavier-than-air (HTA) systems, on the other hand, generate lift by a relative motion between the wings or rotor blades and ambient air; airships can contribute to a number of missions including disaster response, homeland security, and communications relay

  • New fingermarks detection technology

    The new technology uses Matrix Assisted Laser Desorption Ionization Mass Spectrometry Imaging (MALDI-MSI) to provide crime scene investigators with key extra details about suspects; these details, such as any substances they might have touched, can provide crucial background information in a criminal investigation

  • Students develop landmine detection robot

    A team of Texas A&M University at Qatar students and faculty has developed a state—of-the-art landmine detection robot as part of the NI Mine Detection Robot Design Contest; The competition challenged engineering students in the Middle East to work toward solutions to the real-life landmine problem that the Arab region and other areas face in the aftermath of conflict

  • Mathematical framework converts junk energy into useful power

    Researchers have developed a mathematical framework that could one day form the basis of technologies that turn road vibrations, airport runway noise, and other “junk”energy into useful power;

  • Cambridge U team intends to win the 2011 World Solar Challenge

    The World Solar Challenge, the “Formula One” of eco-friendly motorsport, consists of a 3,000 kilometer race across the Australian outback from Darwin to Adelaide; it will be held 16-23 October 2011; the University of Cambridge team believes it has a real chance to win with their newly designed Cambridge University Eco Racing (CUER) machine

  • Sensors printed on wetsuits detect explosives, other hazards

    UC Sand Diego researcher has successfully printed thick-film electrochemical sensors directly on flexible wetsuit material, paving the way for nano devices to detect underwater explosives or ocean contamination; UCSD has a full U.S. patent pending on the technology, and has begun talks on licensing the system to a Fortune 500 company

  • World's first cardboard vacuum cleaner unveiled

    A U.K. vacuum cleaner manufacturer will market a high performance vacuum cleaner constructed out of recycled and recyclable materials; the device was designed by an industrial design student; the corrugated cardboard panels that form the body of the machine are easily replaced if damaged and cost just a tenth of the price of an equivalent plastic panel

  • New technology increase potency of beam weapons

    Laser scientists and engineers have long recognized that direct-diode lasers can offer significant advantages over other laser technologies due to their efficiency, reliability, compactness, and relatively low cost; applications for direct-diode lasers have been limited, however, owing to their low brightness — a combination of lower power and poorer beam quality relative to alternative laser technologies; a Massachusetts-based company, using wavelength beam combining (WBC) technology, is offering a way to solve this problem — allowing direct-diode lasers to be used in demanding industrial applications — and in effective beam weapons

  • Fire retardant shows promise -- if given space

    Scientists have demonstrated that the more widely and uniformly dispersed nanoscale plates of clay are in a polymer, the more fire protection the nanocomposite material provides; when polymer — a type of polystyrene, used in packaging, insulation, plastic cutlery, and many other products — is imbued with nanometer scale plates of montmorillonite, the combination can create a material with unique properties or properties superior to those achievable by each component — clay or polymer — on its own

  • A first: Flying car cleared for road

    The U.S. Department of Transportation gave Massachusetts-based Terrafugia two important exemptions which would allow the company to offer its flying car — the Transition — to customers next year; the exemptions allow the company to use different tires and different laminated protective glass, and come on top of a 110 lb. allowance the FAA gave the company last year; these allowance and exemptions mean the flying car will not be treated as plane by the FAA, and those who fly it will not have to obtain a pilot license

  • Roving robot can rescue people, detonate bombs

    Northeastern University student-researchers have created a roving robot that can locate and rescue victims of natural disasters or participate in military missions that are too dangerous for soldiers; students created a complex algorithm that would enable the robot to locate people — or even bombs that are detonated through mobile phones

  • New technology makes textiles permanently germ-free

    University of Georgia scientist develops a new technology that makes textiles permanently germ-free, targeting healthcare-associated infections; the new material effectively kills a wide spectrum of bacteria, yeasts, and molds that can cause disease, break down fabrics, create stains, and produce odors

  • "Sensing skin" to monitor concrete infrastructure health inexpensively

    In 2009, the American Society of Civil Engineers (ASCE) assigned the grade D to the overall quality of infrastructure in the United States and said that ongoing evaluation and maintenance of structures was one of five key areas necessary for improving that grade; civil engineers recently proposed a new method for the electronic, continual monitoring of structures