• Helicopter monitors radiation levels in Washington, D.C.

    For the last week, a National Nuclear Security Administration (NNSA) helicopter has been flying over Washington, D.C., measuring naturally occurring radiation levels; the purpose is to establish a baseline of radiation levels so that abnormal spikes – occurring, for example, as a result of exploding a dirty bomb — may be readily detected

  • Army engineers develop new roadway threat detection system

    Explosives along roadways remain an unrelenting hazard for deployed soldiers; U.S. Army engineers have developed a system for detecting possible threats by identifying potential threat locations on unimproved roads; the system can perform region of interest cueing of threats at greater standoff distances, which can be further interrogated by the radar as the vehicle gets closer to the threat

  • U.S. cuts budget for nuclear monitoring at foreign ports

    In 2003 the United States decided to install radiation detection equipment in 100 large ports around the world, and train local personnel in using the equipment, so that ship containers could be scanned for nuclear material before the ship left for the United States; so far, equipment has been deployed in forty-two ports; after GAO criticism of the quality of the scanning equipment and of lack of coordination between two similar container scanning programs, the National Nuclear Security Administration’s 2013 budget will be cut by 85 percent, and further installations will be canceled

  • New, quick way to ID people exposed to dirty bomb, radioactive radiation

    Research conducted by scientists from the Berkeley Lab could lead to a blood test that detects if a person has been exposed to radiation, measures their dose, and separates people suffering from inflammation injuries — all in a matter of hours

  • Terahertz waves for explosives detection

    The chips generate and radiate high-frequency electromagnetic waves, called terahertz (THz) waves, which fall into a largely untapped region of the electromagnetic spectrum — between microwaves and far-infrared radiation — and which can penetrate a host of materials without the ionizing damage of X-rays; when incorporated into handheld devices, the new microchips could enable a broad range of applications in fields ranging from homeland security to wireless communications to health care, and even touchless gaming

  • Syrian rebels trained in handling, securing chemical weapons

    The United States and some of its European have issues contracts to defense contractors to train Syrian rebels on how to identify, handle, and secure chemical weapons stockpiles in Syria; some of the training is done in Jordan, but some of the contractors are already inside Syria, where they, and U.S. intelligence operatives, are working closely with friendly rebel groups to monitor Syria’s chemical weapons production and storage sites

  • Critics: post-Fukushima nuclear power may be safer, but it is still not cost effective

    The Southern Company wants to show its customers that it has learned from the Fukushima disaster in Japan and has protected its nuclear reactors to make sure the same thing does not happen in the United .States’ critics of nuclear power are not convinced – and also, they say, alternative energy sources, such as natural gas, are much cheaper to produce

  • Detection aircraft surveys 600 miles of PG&E California pipeline for gas leaks

    PG&E’s transmission pipeline is routinely surveyed each year, typically by ground crews; accessing rural areas with difficult terrain, however, can be time consuming, expensive, and unsafe for crews on the ground; aerial surveys often look for dead vegetation as an indicator of gas leaks

  • Part One: Don’t blame the security guard at Y-12

    On 28 July 2012, using only wire cutters and flashlights, peace activist Sister Susan Rice, 82 years of age, and two other confederates – both senior citizens themselves — successfully bypassed the elaborate, and expensive, security system around Y-12 National Security Complex at Oak Ridge, Tennessee; though the lone security guard at Y-12 has become a convenient scapegoat, it now appears that the breach reflects system-wide security and safety concerns at nuclear facilities under the National Nuclear Security Administration (NNSA); the breach is best understood as the end result of long standing management and organizational failures within and between DOE, NNSA, and NNSA’s private contractors; the NNSA, in fact, appears burdened by many of the same issues it was created in 2000 to resolve

  • New sensor detects undetonated bombs on sea floor

    More than ten million acres of the world’s coastal waters are contaminated by undetonated explosives, according to the U.S. government; typically these small explosives rust and corrode at sea, making them even more dangerous; scientists have developed a sensor to detect undetonated explosives on the sea floor; the sensor is based on technology used to find mineral deposits underground

  • Tetrapod robot developed for investigative, recovery work inside post-accident nuclear plants

    Toshiba has developed a tetrapod robot able to carry out investigative and recovery work in locations which are too risky for people to enter; the multiple joints of its legs are controlled by a dedicated movement algorithm which enables the robot to walk on uneven surfaces, avoid obstacles, and climb stairs, securing access into areas which are challenging to be reached by wheeled robots or crawlers

  • Improved technology to detect hazardous chemicals

    Scientists have developed a system quickly to detect trace amounts of illegal drugs, explosives, pollutants in rivers, or nerve gases released into the air; the new system can pick out a single target molecule from 10,000 trillion water molecules within milliseconds, by trapping it on a self-assembling single layer of gold nanoparticles

  • Nanotech detection device emulates dog's nose to detect explosives

    Inspired by the biology of canine scent receptors, scientists develop a chip capable of quickly identifying trace amounts of vapor molecules; the chip is part of a device which is both highly sensitive to trace amounts of certain vapor molecules, and able to tell a specific substance apart from similar molecules

  • License plate scanners in Canada under fire from privacy commissioners

    British Columbia’s privacy commissioner is not happy about the way police departments are using their license-plate scanners; in a report released last week, Commissioner Elizabeth Denham said changes must be made to the Victoria police department’s Automated License Plate Recognition Program (ALPR), after it was discovered that the program could be used as a surveillance tool

  • DARPA seeking surveillance technology to predict future behavior

    DARPA has teamed up with scientists from Carnegie Mellon University to create an artificial intelligence system that can watch and predict what a person will “likely” do in the future, using specially programmed software designed to analyze various real-time video surveillance feeds; the system can automatically identify and notify officials if it recognized that an action is not permitted, detecting what is described as anomalous behaviors