• New method for cleaning up nuclear waste

    There are more than 436 nuclear power plants operating in thirty countries, and they create a lot of nuclear waste; one of the more toxic elements in that waste is radionuclide technetium (99Tc); approximately 305 metric tons of 99Tc were generated from nuclear reactors and weapons testing from 1943 through 2010

  • Radiation-laced Japanese seafood detected in South Korea

    The effects of the Japanese nuclear crisis at the Fukushima Daichii atomic energy plant are continuing to ripple across the world

  • Breakthrough in next gen nuclear detectors

    Researchers have long struggled to develop radiation detectors that can spot a nuclear device hidden away in a shielded case, but a recent breakthrough could change all that

  • Scientists develop a dirty bomb detection system

    As part of a £3 million international project funded by the European Commission, scientists at the University of Liverpool are developing a mobile detection system for nuclear materials that could prevent the construction of atomic weapons and dirty bombs

  • Japanese military buys biowarfare detectors

    The U.S. military deploy the Joint Biological Point Detection System (JBPDS), and the Japanese military want to do the same, awarding a North Carolina company a $9 million contract

  • Molecule may aid nuclear waste clean-up

    Scientists have produced a previously unseen uranium molecule in a move that could improve clean-up of nuclear waste

  • Monitoring nukes with social media

    Acting Undersecretary of State for Arms Control Rose Gottemoeller is actively trying to find a way to incorporate social media tools to prevent nuclear weapons proliferation and keep fissile materials out of the hands of terrorists; the department wants to have crowdsourcing tools developed that could help ordinary citizens monitor a government’s nuclear activity and whether it was adhering to its stated promises

  • Tighter regulation of industry’s disaster preparedness required

    Before 11 March 2011, Japan was held up as a paragon for preparedness; they had a national readiness plan, regular disaster drills, and strong civic engagement; the Fukushima disaster exposed a disturbing reality: search and rescue efforts were delayed, shelters ill-equipped, and supply chains broken; worst of all, there was confusion about who was managing the nuclear accident — the power company TEPCO or the Japanese government; information, when forthcoming, was sometimes contradictory

  • Researcher develops highly sensitive, nanomaterial gas detector

    A doctoral student at the Rensselaer Polytechnic Institute has developed a new sensor to detect extremely small quantities of hazardous gas

  • Universal Detection unveils radiation detection smartphone app

    Last week Universal Detection Technology unveiled its first generation smartphone app designed to detect nuclear radiation levels on a variety of surfaces including food

  • New paper gas detectors developed

    Researchers at the University of Michigan, Ann Arbor, have developed a quick and simple way to detect the presence of nerve gases

  • U.K. worried about dirty bombs

    U.K. deputy prime minister Nick Clegg warned that materials to make a dirty bomb are readily available – so much so, that police forces cannot hope to contain such a threat; “That is a stateless threat, impossible for any national police force, no matter how advanced, to contain,” he said

  • Better policies needed to reduce radiation exposure in nuclear accidents

    A new study says that offsite policies and plans should be put in place to reduce the exposure of the public to radiation in the event of a nuclear power plant accident

  • New radiation sensor developed

    Scientists have created one of the most advanced radiation sensors in the world: an X-ray detector that can reveal the composition of materials in a fraction of a second

  • DHS report concludes airport scanners are safe

    A new report by the DHS Inspector General concludes that the Transportation Security Administration’s (TSA) full body scanners are safe; the IG reviewed five independent studies and concluded that an airline passenger would have to be subjected to 17,000 screenings a year, or forty-seven a day, to reach the limit of acceptable radiation dosing