Rutherford: Difference between revisions
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There, science itself was the greatest single force for change. The scientists were themselves part of the deepest revolution in human affairs since the discovery of agriculture. They could accept what was happening, while other intellectuals shrank away. They not only accepted it, they rejoiced in it. It was difficult to find a scientist who did not believe that the scientific-technical-industrial revolution, accelerating under his eyes, was not doing incomparably more good than harm. This was the characteristic optimism of scientists in the twenties and thirties. Is it still? In part, I think so. But there has been a change. | There, science itself was the greatest single force for change. The scientists were themselves part of the deepest revolution in human affairs since the discovery of agriculture. They could accept what was happening, while other intellectuals shrank away. They not only accepted it, they rejoiced in it. It was difficult to find a scientist who did not believe that the scientific-technical-industrial revolution, accelerating under his eyes, was not doing incomparably more good than harm. This was the characteristic optimism of scientists in the twenties and thirties. Is it still? In part, I think so. But there has been a change. | ||
In the Hitler war, physicists became the most essential of military resources: radar, which occupied thousands of physicists on both sides, altered the shape of the war, and the nuclear bomb finished large scale “ | In the Hitler war, physicists became the most essential of military resources: radar, which occupied thousands of physicists on both sides, altered the shape of the war, and the nuclear bomb finished large scale “conventional” war for ever. To an extent, it had been foreseen by the mid-thirties that if it came to war (which a good many of us expected) physicists would be called on from the start. Tizard was a close friend of Rutherford's, and kept him informed about the prospects of RDF (as radar was then called). By 1938 a number of the Cavendish physicists had been secretly indoctrinated. But no one, no one at all, had a glimmering of how, for a generation afterwards, a high percentage of all physicists in the United States, the Soviet Union, this country, would remain soldiers-not-in-uniform. Mark Oliphant said sadly, when the first atomic bomb was dropped: “This has killed a beautiful subject.” Intellectually that has turned out not to be true: but morally there is something in it. Secrecy, national demands, military influence, have sapped the moral nerve of physics. It will be a long time before the climate of Cambridge, Copenhagen, Gottingen in the twenties is restored: or before any single physicist can speak to all men with the calm authority of Einstein or Bohr. That kind of leadership has now passed to the biologists, who have so far not been so essential to governments. It will be they, I think, who are likely to throw up the great scientific spokesmen of the next decades. If someone now repeated Gorki's famous question, “Masters of culture, which side are you on?” it would probably be a biologist who spoke out for his fellow human beings. | ||
In Rutherford's scientific world, the difficult choices had not yet formed themselves. The liberal decencies were taken for granted. It was a society singularly free from class or national or racial prejudice. Rutherford called himself alternatively conservative or non-political, but the men he wanted to have jobs were those who could do physics. Niels Bohr, Otto Hahn, Georg von Hevesy, Hans Geiger were men and brothers, whether they were Jews, Germans, Hungarians — men and brothers whom he would much rather have near him than the Archbishop of Canterbury or one of “those fellows&ndquo; or any damned English philosopher. It was Rutherford who, after 1933, took the lead in opening English academic life to Jewish refugees. In fact, scientific society was wide open, as it may not be again for many years. There was coming and going among laboratories all over the world, including Russia. Peter Kapitsa, Rutherford's favorite pupil, contrived to be in good grace with the Soviet authorities and at the same time a star of the Cavendish. | In Rutherford's scientific world, the difficult choices had not yet formed themselves. The liberal decencies were taken for granted. It was a society singularly free from class or national or racial prejudice. Rutherford called himself alternatively conservative or non-political, but the men he wanted to have jobs were those who could do physics. Niels Bohr, Otto Hahn, Georg von Hevesy, Hans Geiger were men and brothers, whether they were Jews, Germans, Hungarians — men and brothers whom he would much rather have near him than the Archbishop of Canterbury or one of “those fellows&ndquo; or any damned English philosopher. It was Rutherford who, after 1933, took the lead in opening English academic life to Jewish refugees. In fact, scientific society was wide open, as it may not be again for many years. There was coming and going among laboratories all over the world, including Russia. Peter Kapitsa, Rutherford's favorite pupil, contrived to be in good grace with the Soviet authorities and at the same time a star of the Cavendish. | ||