| In Robert Jungk's famous book: "Brighter than a
Thousand Suns - A Personal History of the Atomic Scientists";
Harcourt, Inc. 1958, Mr. Jungk refers to the period of 1923 through 1932
as "the beautiful years."
This was a time when international collaboration among the scientific
community was at an all time high. Never before - and perhaps
never again - would university men have so much cause to consider
themselves the true leaders of society as here in Gottingen during
"the beautiful years."
Since there was so much that was new and uncertain in
the domain of atomic research, teachers and pupils drew closer together
than in other disciplines. James Franck, who already held the
Nobel prize for physics (the same James Franck that worked on the
Manhattan Project at the University of Chicago's Met Lab), could turn
from the blackboard on which he had lost his way in a difficult
calculation and inquire of one of his students, "Perhaps you
can see the next step?"
A highlight of every week of the term was the
"Seminar on Matter", conducted in Room 204 of the Institute by
Max Born, James Franck and David Hilbert. The free exchange of
knowledge was enlightening...and, invigorating. James Franck, like
Born, came of a Jewish family which had long been settled in
Germany. He could never forget his Hamburg origin. In spite
of his cordiality and warmth which made him very popular amongst his
students, he kept other people at a certain distance. He remained
always a Hamburg aristocrat.
In the winter semester of 1926 a slender,
rather delicate looking American student distinguished himself, even
among such highly talented people as those that frequented Gottingen.
He was often able to improvise on the spur of the moment entire
dissertations, so that hardly anyone else had a chance to speak.
In a little less than twenty years he was to become the world renowned
J. Robert Oppenheimer. Throughout the twenties
and early thirties, dozens of American intellectuals traveled to
Gottingen to participate in the exchange. Many of the American's
had their education paid for by financiers, such as the Rockefeller
Foundation. This influx of funds was eagerly welcomed by the
financially-strapped Germans. As the
"crisis" in Europe began to take shape, the Copenhagen lab of
Niels Bohr became the model of stability. Creative thought was
encouraged and several of the physicists exiled from Germany came to
Copenhagen. In 1932, the same year that James
Chadwick, a British physicist, discovered the neutron, Leo Szilard
emigrated from his native Hungary to Germany. There he began
studying at the University of Berlin where such notables as Einstein,
Nernst, von Laue and Planck were teaching. Under their influence,
Szilard turned from a planned career in civil engineering to one of
theoretical physics. He excelled quickly, first becoming a first
assistant to von Laue and then lecturing himself at the Kaiser Wilhelm
Institute. When Hitler came to
power, Szilard moved to Vienna for awhile and eventually went to England
where he had the chance to work with Rutherford. Of course, later
on Szilard was instrumental in "kick-starting" the American
effort toward atomic energy by encouraging his friend, Albert Einstein,
to write his famous letter to F.D.R. |