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Winston Churchill's Scientists
HughPickens.com writes Nicola Davis writes at The Guardian that a new exhibition at London's Science Museum tiitled Churchill's Scientists aims to explore how a climate that mingled necessity with ambition spurred British scientists to forge ahead in fields as diverse as drug-discovery and operational research, paving the way for a further flurry of postwar progress in disciplines from neurology to radio astronomy. Churchill "was very unusual in that he was a politician from a grand Victorian family who was also interested in new technology and science," says Andrew Nahum. "That was quite remarkable at the time." An avid reader of Charles Darwin and HG Wells, Churchill also wrote science-inspired articles himself and fostered an environment where the brightest scientists could build ground-breaking machines, such as the Bernard Lovell telescope, and make world-changing discoveries, in molecular genetics, radio astronomy, nuclear power, nerve and brain function and robotics. "During the war the question was never, 'How much will it cost?' It was, 'Can we do it and how soon can we have it?' This left a heritage of extreme ambition and a lot of talented people who were keen to see what it could provide." (More, below.)
According to Cambridge Historian Richard Toye, Churchill was a "closet science-fiction fan" who borrowed the lines for one of his most famous speeches from H. G. Wells — to depict the rise of Hitler's Germany. "It's a bit like Tony Blair borrowing phrases from Star Trek or Doctor Who," says Toye. A close friend of Wells, Churchill said that The Time Machine was "one of the books I would like to take with me to Purgatory". Wells and Churchill met in 1902 and several times thereafter, and kept in touch in person and by letter until Wells' death in 1946. "We need to remember that there was a time when Churchill was a radical liberal who believed these things," Toye adds. "Wells is often seen as a socialist, but he also saw himself as a liberal, and he saw Churchill as someone whose views were moving in the right direction."
unless you're talking about advances in military superiority.
There's an interesting argument to be made for man's warrior nature being the impetus for much of his science and engineering development.
Happiness in intelligent people is the rarest thing I know.
Ernest Hemingway
He had a miniature Babbage engine powered by an alcohol fueled Stirling engine installed in his abdomen to help him analyze economic data. The cover story was that he was a fat alcoholic.
putting the 'B' in LGBTQ+
Although I'm old enough to have seen Churchill's funeral, I wasn't really aware of this. There's a good clue in his quote 'give them what they want' for Bletchley Park. Anyway, a good read about science and intelligence [apart from Collosus etc.] in WW2 is: http://www.hive.co.uk/book/mos...
We're coming up to an election in UK and we don't seem to have anyone much that appreciates science amongst our politicians. It's a real problem since the actual world is now full of pure science and technology. Still, we have lawyers and people that understand ancient Greek, they are always -really- useful.
On y va, qui mal y pense!
The meaning of "liberal", or "radical liberal" is the opposite of what you think.
Prove anything by multiplying Huge Number times Tiny Number
There was an article in the economist about how statisticians also served in WW II. They were indispensable to making sure that Britain did not starve. Before WW II the country imported most of its food. They enabled it stay in the war undefeated until the entry of the USA.
Among the instances of their success was their analysis of the distribution of German bombs falling on London each day. They concluded that the Germans were trying to destroy the docks but missing. They conducted quality-control in the manufacture of aircraft components, and the calculation of the distribution of stresses on aircraft in flight. The aimed to load planes up to the point that the wings were about to drop off. The research meant the RAF dropped more bombs, and brought more pilots safely home, than it would have otherwise.
They used sequential methods for the first time in trials of medical treatments. Analyzing the results of a trial bit by bit, rather than all at once when it was finished, meant it could be stopped straight away if it became clear that the new treatment was so good that everyone should be getting it, or indeed useless or even dangerous. This simple-sounding idea, now standard in medical trials, requires great statistical sophistication—and saved many lives.
But after the war, so much of this was not integrated into the British educational system. I remember taking a GCSE in math and having to do a project. We had to figure our how to calculate the area under a curve. I asked almost every adult I ran into if they could help me and give me some ideas. No-one had a clue and this included college educated people. It was so sad that no-one recognized this as as the primary question behind integration and half of calculus. British people had forgotten all that Newton and Leibniz (albeit that he was not a Brit) had accomplished.
No-one told us that 60 miles up the road DNA's structure had been discovered at Cambridge by Watson and Crick on 1953. No-one talked about Allan Turing and his Turing Machine. No-one would teach me anything about electronics in high school despite my begging and interest beyond a basic physics class. No-one talked about James Clerk Maxwell and his relations in thermodynamics. No-one had a clue about statistics. No one screamed off the rooftops the central dogma of biology - we merely had to memorize the names of bones and muscles in the human body. The phrase 'normal distribution' was not used. People in the USA at least have a vague sense of what 23 and me is. In the UK so many people I know have no idea. They see genetics as so foreign - oh the irony. The math and science teachers were mean and the books not very helpful. I learned all about British STEM history but only when in the USA.
There was a time when inventors, manufacturing, science, technology and innovation was celebrated in Britain. Now the only time you hear about science is when people are discussing global warming. They spend their energy in opposition to building anything new. There are parts of London where 1/3 of the buildings are listed and cannot be torn down and rebuilt. People oppose new high speed rail projects. They oppose new home building despite the data showing the UK being short of 1 million homes. They axiomatically oppose genetically modified crops disregarding that at least some of them are helping to alleviate malnutrition. Where has your sense of innovation gone, United Kingdom? You argue now about whether to be in the EU, whether Scotland should leave, and whether more spying will solve your Islamic extremist problem.
Why not aim to spend 1% of GDP on R&D and build institutions like the NIH and NSF? Why not have almost all school children complete the equivalent of pre-caclulus, Calc I and Calc II, and intro to statistics by age 16? Why not set aside land to allow high end manufacturing using 3D pri
In an interview recently Camerhun didn't even know what "magna carta" means.
You'd think that was common knowledge even among people who hadn't gone to a posh school and done PPE at Oxford, but there you go.
You'd think it'd come up in the second P somewhere, no?
Confucius say, "Find worm in apple - bad. Find half a worm - worse."
He pretty much Gave the bomb to both the British and the Soviets.
Truth isn't Truth - Guliani