sochi bio-terror?

predictions for the sushi olympics!

watch out for a major bio terror incident as plan-b.
they most likely will spread a bad virus like the swine flue(which is already affecting the speed skating trials in utah,and being covered up. H1N1 could also be introduced on the ice or at the opening ceremonies. what better way to affect the game. by hitting the participants a couple days later and cancelling events!
explosives are old hat and watched for now. so this might be the most likely scenario.

THE MOST LIKELY GENDER WOULD BE FEMALE BLACK WIDOW CARRIERS. THE MOST LIKELY RACE OR ETHNICS…CHECHEN-UKRANIAN,AND SYRIAN,WITH IRANIAN LOGISTICS SUPPORT.

THE WAY THEY WOULD GET THE VIRUSES INTO THE SOCHI AREA WOULD BE OBVIOUS…THE BLACK SEA SHIPPING LANES VIA AN OFFSHORE TRANSFER TO FISHING OR CONTAINER VESSE. A WEEK BEFORE EVENTS START.

THE ARCTIC VESSELS SUPPOSEDLY FROZEN FOR A COUPLE WEEKS COULD HAVE BEEN THE INITIATING POINT FOR FIRST TRANSFER.

Alfie Arlene Bartha Wace Why are you calling it sushi? It’s not even near Japan!
8 minutes ago · Edited · Like
here is some interestinginfo.

how about amicro nuke in the form of a hydrogen bomb…or a small corckscrew devoce easily smuggled
8 minutes ago · Like

Charles Buchanan Theodore Taylor, a highly respected former U.S. weapon designer, reviewed Vanunu’s claims in detail. Taylor concluded that Israel’s thermonuclear weapon designs appeared to be “less complex than those of other nations,” and “not capable of producing yields in the megaton or higher range.” Nevertheless, “they may produce at least several times the yield of fission weapons with the same quantity of plutonium or highly enriched uranium.” In other words, Israel could “boost” the yield of its nuclear fission weapons. According to Taylor, the uncertainties involved in the process of boosting required more than theoretical analysis for full confidence in the weapons’ performance. Taylor therefore concluded that Israel had “unequivocally” tested a miniaturized nuclear device.

In 1987, the Institute for Defense Analyses (IDA), which does Pentagon-funded research, released a Pentagon-sponsored report confirming that Israel was still conducting extensive research in the technology required for the design and fabrication of nuclear weapons. According to the report, Israel’s facilities at Soreq and Dimona have the same mission as the Los Alamos, Lawrence Livermore and Oak Ridge National Laboratories in the United States. IDA reported that Israel was developing the computer “codes which will enable them to make hydrogen bombs…. However, it is doubtful they have the codes to completely design such devices.” The report concluded that as of 1987, “the Israelis are roughly where the U.S. was in the fission weapon field in about 1955 to 1960.”

Since 1988, Israel has been trying to buy supercomputers that would allow it to speed up its nuclear weapon calculations by a factor of one hundred. Supercomputers can simulate the implosive shock waves that detonate nuclear warheads, calculate the multiplication of neutrons in an explosive chain reaction, and solve the equations of state that describe the behavior of nuclear explosives (plutonium and high-enriched uranium) under high temperature and pressure–all essential problems for nuclear weapon design. Although it is possible to develop unsophisticated nuclear weapons with less powerful computers, supercomputers are particularly valuable to countries such as Israel that seek to avoid conducting nuclear tests. They also can be used for missile design by modeling the forces acting on a flying body, such as the heat and shock waves encountered by a long-range missile reentering the atmosphere.

In January 1992, Israel’s Technion University procured two “parallel” computers capable of reaching supercomputer speeds from the U.K. company Meiko Scientific Ltd.. The sale effectively circumvented U.S.- and Japanese-imposed restrictions for countries that had not signed the Nuclear Nonproliferation Treaty (NPT). But in November 1994, the United States approved the sale of nine supercomputers to Israel: two from Cray Research, five from IBM and two from Silicon Graphics. (The speeds of the nine computers ranged from 1,071 to 6,796 MTOPS.) The end-users–Technion University, Hebrew University and the Weizmann Institute–all have links to Israel’s nuclear and missile programs. U.S. officials opposed to the sales were concerned that Israel would get a boost in computing power to work on a major engineering problem: shrinking thermonuclear warheads to fit on long-range missiles.