• UCSD researchers develop tiny explosive sensor

    Sensor works by monitoring the variability of electrical conductivity through thin films of metal phthalocyanines; “The detection capability of this tiny electronic sensor is comparable to current instruments, which are large, bulky and cost thousands of dollars each,” says William Trogler, UCSD professor of chemistry and biochemistry

  • FIRST robotics competition comes back to UC Davis

    Robotic competition among high-school students aims to promote and reward students’ engagement in innovation and engineering, and encourage youngsters to become curious and interested in science and mathematics

  • Scottish university to auction off AI software predicting future trends

    Scottish university tries a new approach: One of its researchers developed artificial intelligence software which predicts the future, and the school will auction it off at an IP auction in San Francisco next month

  • Six-inch, bat-like UAV to assist in urban combat

    U.S. Army awards $10 million to Wolverines researchers to develop a six inch, bat-like UAV to be used in urban combat; UAV would gather data from sights, sounds, and smells in urban combat zones

  • Growth of facial recognition biometrics, II

    Some twenty states already use facial recognition in their DMVs, and more states are planning to do so; the federal government incorporates facial recognition in some of its important initiatives; privacy advocates are concerned that the technology is becoming too pervasive

  • ORECon raises $24 million

    Innovative U.K. wave energy company raises $24 million in VC investment

  • Benefits and risks of close science-defense collaboration

    This week was National Science and Engineering week in the United Kingdom — and the London events and exhibit emphasized the contribution scientists and engineers make to the defense of the kingdom; a venerable engineering magazine says we should be just a bit cautious here lest we turn the battlefield of the future into a publicly funded industrial testing ground, where commercial pressure would overwhelm the sober considerations of defense decision makers

  • Age-old communication problem solved using quantum entanglement

    One of the major problems in communication is known as the Byzantine agreement: Messages between three different parties are subject to faulty information; researchers succeeded in overcoming the qutrit difficulties by setting up a system that creates four-qubit entangled states

  • Converting CO2 into fuel

    Scientists suggest mimicking the photosynthetic system of green plants to address the twin needs of readily available fuel and a clean environment: Reacting carbon dioxide with water, two of the major components used to extinguish fire, and turning them into a fuel

  • European consortium to make RFID tags more affordable

    To make RFID more popular, there is a need to make them cheaper; a team of major technology companies is confident that the cost will be reduced once the tags can be printed because electrically conductive and semiconducting plastics can be used in high-volume printing processes

  • With biological warfare, real-time detection is key

    The largest improvements in any biowarfare identification system’s performance will come in the form of smaller packages, more automated measurement, and faster measurement

  • New nonlethal weapons uses light flashes to disorient adversary

    As the debate over nonlethal weapons continue — are they more humane because they do not kill? Are they instruments of torture? — DHS funds the development of flash-light-based system which incapacitates by flashing LED lights at several specific frequencies

  • Beyond fingerprinting: Alternative biometric technologies advance

    As more organizations turn to biometric technology to help them perform their missions, they show interest in a variety of technologies — vein architecture, retinal scan, facial recognition, and more; these are good times for innovative biometric companies

  • Invention turns trash into ethanol

    Two University of Maryland researchers develop a process which turns trash into ethanol; the researchers found that a Chesapeake Bay marsh grass bacterium has an enzyme that could quickly break down plant materials into sugar, which can then be converted to biofuel

  • ThruVision shows T5000 T-ray security imaging system

    T-rays operate in the terahertz region of the electromagnetic spectrum; T-ray-based detection system can see through clothing of still or moving individuals at a distance of up to twenty-five meters to reveal hidden objects