Tag Archives: Manhattan Project

A horror story with a happy ending (hopefully)

An LGM-25C Titan intercontinental ballistic mi...
An LGM-25C Titan intercontinental ballistic missile in silo, ready to launch (Photo credit: Wikipedia)

Command and Control is not a piece of light reading – in any sense. But it is an absolutely essential book.


It tells the story of the United States’s nuclear weapons programme from the Manhattan Project to the present day, with an emphasis on safety management (with the story of a particular accident in a Titan II missile silo in 1980 foregrounded).


Finishing it you are left wondering why you are there at all – because it is surely more by luck than design that civilisation has managed to survive in the nuclear age – particularly through the forty-five years of the Cold War when, more or less, fundamentally unsafe weapons were handed out willy-nilly to military personnel who were not even vetted for mental illness.


We read of how politicians – Eisenhower, Kennedy, Nixon, Carter – all tried (to various degrees – Eisenhower comes off worst as fundamentally weak man) to get some sort of grip on the nuclear colossus and all essentially capitulated to a military more interested in ensuring their weapons would work when needed, than they were safe when not.


The good news is that the book has a relatively happy ending: in that the end of the Cold War and the persistent efforts of a few scientists and engineers, deep within the US nuclear weapons programme, eventually led to safety being given a greater priority. The chance of an accidental nuclear war is probably less now than it has ever been – but the chance is not zero.


The book, per force, does not give us much insight into the Soviet (or Chinese, or indeed French, British, Indian, Israeli or Pakistani) nuclear programme – was it safer because state control was so much more strict (the fear of Bonapartism), or more dangerous because the Soviets were always running to catch up? The book suggests both at different points.


It’s brilliantly written too – so if you want a bit of chill to match the summer sun in your holiday reading I do recommend it.



Not even on Wikipedia…

If you are old enough, like me, to remember the Cold War before the days of glasnost and perestroika, you will also recall that one of the strategic weaknesses of the Soviet Union was that it was forced to steal and copy advanced western technologies, seemingly unable to invent them itself.

In many cases that was plainly true – spies stole the secrets of the Manhattan Project to give Stalin his atomic bomb (though Soviet scientists devised H-bomb mechanisms independently).

But in the case of computing, the decision to copy the west was a deliberate and conscious one, taken despite real skill and specialism existing inside the Soviet Union. A while back I wrote about how Soviet computer scientists appeared to be some years ahead of the west in the study of certain algorithms that are important for operating system management. In hardware it was not that the Soviets had a lead – but the first electronic computer on continental Europe was build in the Soviet Union and was based on independent research – but they certainly had real know-how. What killed that was a decision by the Soviet leadership to copy out-of-date IBM machines instead of continuing with their own research and development.

All this is recounted, in novelised form, in the brilliant Red Plenty. The book highlights the role of  Sergey Alekseevich Lebedev, the Ukrainian known as “the Soviet Turing“. Like Turing, Lebedev was taken from his work (as an electrical/electronic engineer rather than a mathematician) by the war and played an important role in Soviet tank design. Afterwards he returned to his studies with a vengeance and by the mid-fifties he was building some of the world’s fastest and, arguably, the best engineered, computer systems  – the so-called MESM (a Russian acronym for “Small Electronic Calculating Machine”.)

Yet today he does not even appear to rate an entry in Wikipedia.

The Soviet computer industry was not just killed by poor decisions at the top, but by the nature of the Soviet system. Without a market there was no drive to standardise or commoditise computer systems and so individual Soviet computers were impressive but the “industry” as a whole was a mess. Hopes that computers could revolutionise Soviet society also fell flat as the centralised planning system ran out of steam. Switching to copying IBM seemed like a way of getting a standardised system off the shelf, but it was a blow from which Soviet computing never recovered.