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Undercover investigators slipped radioactive material mdash; enough to make two small dirty bombs mdash; across U.S. borders in Texas and Washington state in a test last year of security at American points of entry.Radiation alarms at the unidentified sites detected the small amounts of cesium-137, a nuclear material used in industrial gauges. But U.S. customs agents permitted the investigators to enter the United States because they were tricked with counterfeit documents.The Bush admin
stanley cup istration said Monday that within 45 days it will give U.S. Customs and Border Protection agents the tools they need to verify such documents in the future.The Government Accountability Office s report, the subject of a Senate hearing Tuesday, said detection equipment used by U.S. customs agents to screen pe
stanley cup spain ople, vehicles and cargo for radioactive substances appeared to work as designed.But the investigation, carried out simultaneously at both border crossings in December 2005, also identified potential security holes terrorists might be able to exploit to sneak nuclear materials into the United States. This operation demonstrated that the Nuclear Regulatory Commission is stuck in a pre-9/11 mind-set in a post-9/11 world and must modernize its procedures, Sen. Norm Coleman, R-Minn., said Monday in a statement.The NRC, in charge of overseeing nuclear reactor and nuclear substance safety, challenged that notion. Security has been of prime importance
stanley polska for us on the materials front and Dqlk Calif. OKs student aid for illegal immigrants
While it still questionable whether or not humans could really thrive in space, we now know that, even if our own bodies are doomed to become weak and decrepit, any bacteria we tote along has every chance of living a full, happy life. Because according t
stanley cup o new research, space might be exactly what bacteria needs to become a thicker, stronger, superpowered mutant version unlike anything we ;ve ever seen on Earth. More specifically, though, the two astronaut crews involved in the stu
stanley cup dy were growing colonies of biofilms鈥攕ome of which are strongly associated with disease. And what they found proved to be a bit unsettling, depending on how you feel about giant, nearly unmanageable colonies of bacteria. According to NASA: The space-grown communities of bacteria, called biofilms, formed a column-and-canopy structure not previously observed on Earth. Biofilms grown during spaceflight had a greater number of live cells, more biomass, and were thicker than control biofilms grown under normal gravity conditions. And the biofilm they used Pseudomonas aeruginosa was lovingly cultivated in artificial
vaso stanley urine for three days aboard two different shuttle missions鈥攎eaning that these results are coming from the very same environment that humans on longterm space flights would face. With waste management and water recycling being an ongoing issue, bacteria would have even more time to multiply, so what we ;re seeing in this study could really just be a fraction of a possible
