• More efficient bioterrorism response plan

    In the event of a bioterror attack on a building (think: the 2011 anthrax attack on the offices of two Democratic Senators, Tom Daschle of South Dakota and Patrick Leahy of Vermont), the current approach to decontamination is to clean up the building until no pathogens can be detected; researchers suggest, however, that whether or not pathogens are found depends greatly upon how extensively the buildings are tested

  • Identifying ammunition, gun used to commit a crime

    New, Raman spectroscopy-based gun-shot residue (GSR) analysis technique would make it possible for forensic investigators to match minute amounts of GSR to the exact type of ammunition, and the caliber of the gun, used to commit a crime

  • U.S. nuclear industry strong safety performance in 2011

    Studies show that the U.S. nuclear power industry achieved strong safety performance in 2011; U.S. nuclear energy facilities in 2011 recorded the lowest number of unplanned shutdowns in more than a decade

  • Miniature sensors to advance climate studies, battlefield detection

    Self-sealing valves are not only better for collecting reliable climate information – they also increase data reliability for airborne industrial and battlefield gas detection and point-of-contact medicine

  • E-beam technology to keep food supply safe

    More than two million people a year, most of them children, die from food-borne or water-borne illness; more than one-third, or 1.3 billion tons, of the food produced for human consumption every year is wasted or lost because of spoilage; the UN nuclear weapons watch dog, the IAEA, says that irradiating food is a more effective solution for preventing death, illness, and food spoilage than techniques currently in use: heating, refrigerating, freezing, or chemical treatment

  • International collaborative effort to develop better radiation detection tool

    In mid-February, the Flash Portal Project was launched with the aim of furthering the development and testing of a new technology to detect shielded nuclear materials

  • Traces of Japan’s nuclear reactor explosions found in New Hampshire

     

    Dartmouth College researchers have found evidence of Japan’s Fukushima Daiichi nuclear reactor explosions in Hanover, New Hampshire

  • Test strip detects TNT and other explosives in water

    Scientists developed a new explosives detector that can sense small amounts of TNT and other common explosives in liquids instantly with a sensitivity that rivals bomb-sniffing dogs, the current gold standard in protecting the public from terrorist bombs

  • Nuclear summit focuses on terrorist nukes

    The Seoul nuclear summit focused on the risk of nuclear terrorism; there are two risks: first, fissile materials, which terrorists may use to construct a dirty bomb, is kept at thousands of medical, research, and industrial facilities around the world – often without sufficient security; second, constructing a Hiroshima-type bomb is not as difficult as we may think

  • A nuke blast in D.C. would not destroy city: report

    A study finds that a 10-kiloton bomb detonated in Washington, D.C. would destroy many buildings and kill many people, but it would not completely destroy the city; says one expert: “If you are thinking about (a city) being wiped off the face of the earth, that’s not what happens”

  • U.S., three European countries, commit to HEU reductions

    Leaders of Belgium, France, the Netherlands, and the United States said they were taking steps to minimize the use of Highly Enriched Uranium (HEU) for civilian purposes, where technically and economically feasible, in order to advance the goal of nuclear security

  • PositiveID’s M-BAND fits the bill for $3 billion BioWatch program

    DHS’s $3.1 billion BioWatch program aims to place biosensors on top of utility poles and buildings in major American cities in order to detect bioterror attacks; PositiveID says its M-BAND solution is well positioned to be picked up by DHS for the program

  • Detection technology detects viruses, pathogens within 24 hours

    New detection technology could enable food safety professionals, law enforcement, medical professionals, and others to detect within twenty-four hours any virus or bacteria that has been sequenced and included among the array’s probes

  • MRIGlobal awarded $9 million to evaluate detection gear

    Kansas City company in a $9 million contract with the U.S. Army to test and evaluate equipment to identify chemical, biological, and radiological hazards in the field

  • Army scientists work to improve biothreat detection

    A married couple, both scientists working at the U.S. Army’s Edgewood Chemical Biological Center, one of forty-five Biosafety Level 3 labs in the United States; they collaborate on improving the ability of soldiers and first responders to detect, identify, and protect against potentially lethal biological threat agents