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Nuclear Warhead Blueprints On Smugglers' Computers

imrehg links to a story at the Guardian which begins "Blueprints for a sophisticated and compact nuclear warhead have been found in the computers of the world's most notorious nuclear-smuggling racket, according to a leading US researcher. The digital designs, found in heavily encrypted computer files in Switzerland, are believed to be in the possession of the US authorities and of the International Atomic Energy Agency, in Vienna, but investigators fear they could have been extensively copied and sold to 'rogue' states via the nuclear black market." Reader this great guy links to the New York Times article on the discovery, and asks "Given that Khan's revelations were made in early 2004, does that mean it took the IAEA 1-2 years to brute-force the encryption?"

2 of 637 comments (clear)

  1. Re:Garage Nukes by El+Jynx · · Score: 5, Interesting

    Sjuh... there's only one option: contain it at the source(s). Very strict contol of enrichment. That's about all one can do, and unfortunately doesn't control already distributed materials nor as yet untouched ore sources - which may become in trek if the world does get strict on ores. But methinks the only real solution is nuclear fusion. Make sure there's enough power for everyone's needs, and then some; that way we can try to kick the planet into a Golden Age and maybe the shortsighted suicidal monkeys will give it a rest and get back to masturbation instead of terrorism. God knows I'd sponsor 'em with a blowup doll or something.

    --
    A positive attitude may not solve all your problems, but it will annoy enough people to make it well worth the effort.
  2. Designing the bomb is easy by Anonymous Coward · · Score: 5, Interesting
    http://www.buzzle.com/editorials/6-24-2003-42105.asp

    Forty years ago a couple of physics students designed a working A bomb.

    Eventually, towards the end of 1966, two and a half years after they began, they were finished. "We produced a short document that described precisely, in engineering terms, what we proposed to build and what materials were involved," says Selden. "The whole works, in great detail, so that this thing could have been made by Joe's Machine Shop downtown."

    Agonisingly, though, at the moment they believed they had triumphed, Dobson and Selden were kept in the dark about whether they had succeeded. Instead, for two weeks, the army put them on the lecture circuit, touring them around the upper echelons of Washington, presenting them for cross-questioning at defence and scientific agencies. Their questioners, people with the highest levels of security clearance, were instructed not to ask questions that would reveal secret information. They fell into two camps, Selden says: "One had been holding on to the hope that designing a bomb would be very difficult. The other argued that it was essentially trivial - that a high-school science student could do it in their garage." If the two physics postdocs had pulled it off, their result, it seemed, would fall somewhere between the two - "a straightforward technical problem, but one that involves some rather sophisticated physics".

    Finally, after a valedictory presentation at Livermore attended by a grumpy General Edward Teller, they were pulled aside by a senior researcher, Jim Frank. "Jim said, 'I bet you guys want to know how it turned out,'" Dobson recalls. "We said yes. And he told us that if it had been constructed, it would have made a pretty impressive bang." How impressive, they wanted to know. "On the same order of magnitude as Hiroshima," Frank replied.