• MapSnapper allows queries of points of interest on maps

    Southampton University researchers develop MapSnapper; solution allows cell phone users to take pictures of map sections and have the pictures come back to them with points of interest added; these points of interest can then be queried further; solution could help phone screen advertising — and first responders rushing to the scene of a disaster

  • Magnetic fingerprinting to contribute to air traffic safety

    European researchers develop an innovative system which monitors tiny fluctuations in the Earth’s magnetic field caused by a passing plane; system increases airport safety even in the worst weather conditions

  • MIT awards more than $1.6 million to fund research projects

    MIT Energy Initiative unveils first seed grant winners for energy research; innovative research projects include harnessing microbes, developing new materials, curbing pollution, harvesting wasted watts, and much more

  • Pentagon seeks electropulse blast-ray weapon

    The U.S. Air Force is seeking electromagnetic pulse weapon for the purpose of targeting an enemy communications, data, or power grid networks and overloading their circuits with disruptive RF-induced spikes; earlier efforts to develop such a weapon have failed, but the Pentagon believes a terawatt RF zap weapon is feasible

  • Purdue researchers turn cell phones into radiation detectors

    Boilermaker scientists equip cell phones with radiation sensors able to detect even light residues of radioactive material; many cell phones already contain global positioning locators, so the detector-equipped network of phones would serve as a national radiation tracking system

  • Renault/Nissan to turn Israel into electric car haven

    Car makers, with the help of $1 billion investment from Project Better Place, will wire Israel with 500,000 charging points and 150 battery-swap stations where motorists can exchange their depleted batteries for recharged ones within about five minutes

  • Plasma propulsion drives tiny drones

    The military, law enforcement, and industry turn to ever-smaller surveillance and inspection devices — some the size of insects; trouble is, these miniature drones have a tendency to break down because of the many moving parts required to make them fly; OSU researchers find a solution: Plasma micro thruster

  • Animation shows how cities will cope with devastating earthquakes

    How do we know what damage will be sustained by a city located in an earthquake-prone region? Purdue University researchers have an ambitious idea: Create a mini satellite city to cope with the aftermath of such a catastrophe; Boilermakers have created a 3D fly-through animation showing what the city would look like

  • Idaho geothermal power plant goes online

    U.S. Geothermal launches first geothermal power plant in Idaho; plant uses innovative binary cycle technology in which the geothermal fluid is pumped through a heat exchanger to vaporize isopentane, an organic compound that vaporizes at lower temperatures than water

  • New consortium to develop tiny sensors to boost energy production

    The University of Texas at Austin announces the Advanced Energy Consortium (AEC), a multimillion-dollar research consortium dedicated to the development of micro and nanotechnology applications to increase oil and gas production

  • Swiss move on quantum cryptography

    Ensuring effective data security is the next challenge for global data networks; quantum cryptography offers such effective security; the Swiss national election in October 2007 provided first real-life test of the technology, and Swiss now move to implement it in security-sensitive sectors of the economy

  • Pac-Man-like molecule chews up uranium contamination

    Uranium leaches into groundwater from natural deposits of its ore, depleted uranium munitions, nuclear facilities, and the detritus of uranium mining; removing uranium from groundwater is very difficult: Not only does uranium bind very strongly to oxygen — it is also soluble, making dissolved uranium virtually impossible to remove; British scientists find an innovative solution

  • Hand-held near-infrared chemical detector developed

    Welsh company ZiNIR develops a hand-held near-infrared detector which can identify the chemical content of a substance within a few seconds on a “point, click, read” basis; company sees big opportunity in U.S. security market

  • First commercial wave farm operates in Portugal

    Scottish company Pelamis has been operating the world’s first commercial wave energy farm, located off the coast line of Portugal, for a year now

  • First U.S. hydrokinetic wave energy license granted

    Federal regulator grants Canadian company Finavera conditional five-year license to build and operate wave energy farm off the shore of Washington State; wave energy buoy farm is first in the U.S.