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Authors: Paul Simpson
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the amount of overseas aid that Israel would receive.
What proved to be one of the biggest mistakes the early CIA would make came with regard to the Soviet atomic programme. Neither the CIA nor the FBI was fully aware of the extent of the spy rings that had been set up during the Second World War to elicit the information – although Alan Nunn May had been arrested following the Gouzenko revelations, he was proud in later life that he never betrayed any of his colleagues to the security forces. The Venona transcripts showed that there were others involved, but there wasn’t clear evidence as to whom – and without that information it was impossible to judge what could have been passed across.
Although the Western allies had tried to prevent German atomic scientists from being inducted to the Soviet programme at the end of the war, they knew that some key German personnel, including Dr Nicolaus Riehl of the Auer Company, Professor Gustav Hertz, and Professor Adolf Thiessen, were in Russian hands. Intelligence reports concluded that Germany’s foremost cyclotron constructor, as well as an expert in the biophysics of radiation, were also working for them. Four East German scientists who defected to the West in 1947 helped to fill in some of the gaps, and evidence obtained by covert CIA operatives suggested that plutonium production was taking place at Elektrostal, a small town about sixty miles east of Moscow, using material produced at the IG Farben plant near Berlin.
Unfortunately, the CIA’s own analysts didn’t pay much heed to that information, and instead relied on pre-war geological analyses which stated that the Soviet Union wouldn’t be able to threaten America’s near-monopoly on suitable ore. In October 1946, the CIA’s Office of Reports and Estimates suggested that ‘It is probable that the capability ofthe USSR to develop weapons based on atomic energy will be limited to the possible development of an atomic bomb to the stage of production at some time between 1950 and 1953. On this assumption, a quantity of such bombs could be produced and stockpiled by 1956.’ The ORE admitted its projections were ‘educated guesswork’ but based it on ‘the current estimate of existing Soviet scientific and industrial capabilities, taking into account the past performance of Soviet and of Soviet-controlled German scientists and technicians, our own past experience, and estimates of our own capabilities for future development and production.’ Although the information received regarding the Soviets progress brought the projected date forward to a certain extent, the earliest possible date was still being given as ‘mid-1950’ with mid-1953 being the most probable. That report was dated a mere five days before the Soviets exploded their first atomic device, nicknamed Joe-1 at Semipalatinsk, a site in north-eastern Kazakhstan, on 29 August.
Internally at the CIA, the failure to predict the timing of the test firing was described as an ‘almost total failure of conventional intelligence’ by assistant director Willard Machie. Summoned before the Joint Committee on Atomic Energy on 17 October, Hillenkoetter maintained that ‘I don’t think we were taken by surprise’ – an assertion that didn’t go down too well with the members of the committee.
‘Our estimates were not too far off,’ Hillenkoetter said, explaining that the CIA assumed that the Russians didn’t begin work on an atomic programme until after the explosion at Hiroshima in August 1945, but it was now clear that they had started in 1943 – so the ORE’s estimate of five years from start to finish was still accurate. He also noted that now the Russians had exploded a bomb, it meant that they could better correlate the various pieces of information that they had. (One Senator pointed out that even ‘the Russians themselves didn’t know that they had the bomb until it went off’, unconsciouslyechoing the concerns of Soviet ministers at the
What proved to be one of the biggest mistakes the early CIA would make came with regard to the Soviet atomic programme. Neither the CIA nor the FBI was fully aware of the extent of the spy rings that had been set up during the Second World War to elicit the information – although Alan Nunn May had been arrested following the Gouzenko revelations, he was proud in later life that he never betrayed any of his colleagues to the security forces. The Venona transcripts showed that there were others involved, but there wasn’t clear evidence as to whom – and without that information it was impossible to judge what could have been passed across.
Although the Western allies had tried to prevent German atomic scientists from being inducted to the Soviet programme at the end of the war, they knew that some key German personnel, including Dr Nicolaus Riehl of the Auer Company, Professor Gustav Hertz, and Professor Adolf Thiessen, were in Russian hands. Intelligence reports concluded that Germany’s foremost cyclotron constructor, as well as an expert in the biophysics of radiation, were also working for them. Four East German scientists who defected to the West in 1947 helped to fill in some of the gaps, and evidence obtained by covert CIA operatives suggested that plutonium production was taking place at Elektrostal, a small town about sixty miles east of Moscow, using material produced at the IG Farben plant near Berlin.
Unfortunately, the CIA’s own analysts didn’t pay much heed to that information, and instead relied on pre-war geological analyses which stated that the Soviet Union wouldn’t be able to threaten America’s near-monopoly on suitable ore. In October 1946, the CIA’s Office of Reports and Estimates suggested that ‘It is probable that the capability ofthe USSR to develop weapons based on atomic energy will be limited to the possible development of an atomic bomb to the stage of production at some time between 1950 and 1953. On this assumption, a quantity of such bombs could be produced and stockpiled by 1956.’ The ORE admitted its projections were ‘educated guesswork’ but based it on ‘the current estimate of existing Soviet scientific and industrial capabilities, taking into account the past performance of Soviet and of Soviet-controlled German scientists and technicians, our own past experience, and estimates of our own capabilities for future development and production.’ Although the information received regarding the Soviets progress brought the projected date forward to a certain extent, the earliest possible date was still being given as ‘mid-1950’ with mid-1953 being the most probable. That report was dated a mere five days before the Soviets exploded their first atomic device, nicknamed Joe-1 at Semipalatinsk, a site in north-eastern Kazakhstan, on 29 August.
Internally at the CIA, the failure to predict the timing of the test firing was described as an ‘almost total failure of conventional intelligence’ by assistant director Willard Machie. Summoned before the Joint Committee on Atomic Energy on 17 October, Hillenkoetter maintained that ‘I don’t think we were taken by surprise’ – an assertion that didn’t go down too well with the members of the committee.
‘Our estimates were not too far off,’ Hillenkoetter said, explaining that the CIA assumed that the Russians didn’t begin work on an atomic programme until after the explosion at Hiroshima in August 1945, but it was now clear that they had started in 1943 – so the ORE’s estimate of five years from start to finish was still accurate. He also noted that now the Russians had exploded a bomb, it meant that they could better correlate the various pieces of information that they had. (One Senator pointed out that even ‘the Russians themselves didn’t know that they had the bomb until it went off’, unconsciouslyechoing the concerns of Soviet ministers at the
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