Interviewer:
AND DURING THE WAR YEARS YOU
WERE, IF YOU COULD JUST DESCRIBE WHAT YOU WERE DOING AT THE BEGINNING OF THE WAR,
PROFESSIONALLY...
Goldschmidt:
I'm the last man that Marie
Curie...to discover radium had a few months before her death in 1933. And I made a Ph.D. as a
chemist at the Curie Laboratory just before the war. And I was lucky enough to be able to see
without participating in any way the discovery of fission. Because as you know, the discovery of
fission is a consequence of the discovery of artificial radioactivity, which was done by Irene
Curie, the daughter of Marie Curie and her husband, Frederic Joliet-Curie. This goes on in 1944,
and, or '34, and they got the Nobel Prize next year for the discovery. From that discovery on,
Fermi and his colleagues in Rome studied if one could make artificial radio elements by
bombarding natural substances, natural elements with neutrons. And he found out that usually one
made an element which was the next in the periodical classification and he had the idea to see
what would happen if one bombarded uranium, which was the heaviest, and the 92nd and last
element of this classification of elements from their weight, the first one being hydrogen, the
last one being uranium. So he thought one would be able to produce a radioactive twin, a
radioactive isotope of the element following the 92nd. But in reality, he found a mixture of
radio elements and there's nobody in his team were chemists. And so, he abandoned the work,
which was taken over by a team in Berlin, Otto Hahn and Lise Meitner, who were two old timers of
radioactivity. They'd worked together since the beginning of the century. And they were able to
identify quite a number of radioactive elements further than uranium. When they were alive in
Paris, Madame Joliot Curie, one of the co-discoverer of artificial radioactivity, thought they
were wrong, and she tried to show they were wrong and identify only one of these elements. And
she gave three identities, different of the ones given by the Germans. Each time she changed her
mind, but each time she irratated more the Germans, because they were, they believed they were
right. But this contradiction of Madame Curie finally put the Germans on the right track and
that's how, by this competition and collaboration between a team in Paris, a team in Rome and
another one in Berlin, fission was discovered in December, 1938, exactly, barely three months
after the Munich Crisis, and eight months before the beginning of the war. I mean this is one of
the most extraordinary coincidences in the story of civilization, because should fission had
been discovered a few years earlier, perhaps Hitler would have found the bomb the first. And
should fission have been discovered only a few months later, the bomb wouldn't have been ready
to finish the war. And one can't visualize what would be a world where the bomb hadn't been
tried and probably would have been tried either during the Korean War or perhaps, when the
Russians would have tried to invade the whole of Europe. Or to conquer the whole of Europe.
Nobody can know what would be the world if the bomb had been found only six months or nine
months after the end of the war.