Paul Rosbaud (18 November 1896 – 28 January 1963), was a metallurgist and scientific adviser for Springer Verlag in Germany before and during World War II. He continued in science publishing after the war with Pergamon Press in Oxford, England. In 1986 Arnold Kramish revealed the undercover work of Rosbaud for the British during the war in the book The Griffin. The Greatest Untold Espionage Story of World War II. It was Rosbaud who dispelled anxiety over a "German atom bomb".
Education
Paul Rosbaud was born in Graz, Austria. He was an illegitimate son. His mother taught piano lessons, and Paul's brother Hans Rosbaud became a famous conductor. Rosbaud served in the Austrian army during World War I from 1915 to 1918. After the war ended his unit was taken as prisoner of war by British forces; this experience ended up giving him a liking of the British. He studied chemistry at Technische Hochschule Darmstadt beginning in 1920. He continued his studies at Kaiser Wilhelm Institut in Berlin. For his doctorate, Rosbaud studied metallurgy with Erich Schmid at Technische Hochschule Berlin-Charlottenburg and in 1925 wrote with Schmid "Über Verfestigung von Einkristallen durch Legierung und Kaltreekung" (translated title:"On strain hardening of crystals by alloying and cold stretching"), a frequently cited article. Rosbaud then became a "roving scientific talent scout" for the scientific periodical Metallwirtschaft. In 1932 he began to work for Springer Verlag.
Spy for Great Britain
Through his work at Springer Verlag, Rosbaud knew much of the scientific community in Germany, and as a presumed Nazi, he had sources of vital intelligence relating to weaponry. In 1935 he began to work for the journal Naturwissenschaften. In 1938 he had his Jewish wife Hilde and their only daughter Angela sent to the UK to keep them safe from Nazi harassment. Rosbaud was also invited to stay in the UK, but he decided to keep working in Germany to undermine the Nazi regime. In addition to his own, Rosbaud helped a number of other families flee the Nazis, including that of the well known Jewish physicist Lise Meitner. He was assisted in his work saving Jews by the fact that he was run as a British agent by Frank Foley, the MI6 station chief in Berlin.
Eric Welsh and presumably also Foley were Rosbaud's contacts in SIS/MI6.
Before the outbreak of war, Rosbaud hurried into print Otto Hahn's work on nuclear fission in the German science journal Naturwissenschaften in January 1939. Rosbaud realized the vast destructive potential of what Hahn, Strassmann and Meitner had discovered, and he was acutely conscious that the fundamental research had been done in Germany. He wanted the rest of the world to know of the significance of the work at least as soon as the Nazi planners did. By rushing into print with Hahn's manuscript he was able to alert the world community of physicists.
Rosbaud was in Oslo from August 26 to September 16, 1939, a few days before Frank Foley abandoned Berlin and transferred to Oslo. There he visited Victor Goldschmidt, a geologist who studied the properties of uranium and "super-uranium" (plutonium). In Oslo Rosbaud also met Odd Hassel, an old acquaintance. Goldschmidt and Rosbaud were friends and when the persecution of Jews in Germany intensified in 1935, Rosbaud helped Goldschmidt abandon Göttingen and return to Oslo. In late autumn 1939 Rosbaud again visited Oslo and urged Hassel to warn Norwegian authorities about a likely German invasion of Norway.
During the German occupation of Norway, Rosbaud visited Oslo in German uniform and met Professor Tom Barth, who had connections with the resistance movement.
Among the reports Rosbaud supplied to the British was that Germany was producing rockets (V2) and that the German project for a nuclear bomb was not successful. Rosbaud has also been connected to the "Oslo report", a detailed list of new German weapons systems, but this seems to have been the work of Hans Ferdinand Mayer, technical director at Siemens.
Many of his reports were smuggled out of Germany by couriers working for the Norwegian intelligence organisation XU. Norwegians who were studying at technical schools in Germany, such as Sverre Bergh, linked up with Rosbaud and transported the intelligence to occupied Norway, and from there it was sent to neutral Sweden. One daring route involved a flight from Berlin to Oslo, with airport mechanics at each end helping to hide microfilms on the plane.
Rosbaud supplied Moe Berg and Horace Calvert with a list of scientists in the Russian sector of Berlin when scientists were sought to join the victors after the war.
Pergamon founder and editor
After the war, Rosbaud took up residence in England. He worked for Butterworth-Springer, a company set up in response to a Scientific Advisory Board that included Alfred Egerton, Charles Galton Darwin, Edward Salisbury, and Alexander Fleming. When the Butterworth Company decided to pull out of the English/German liaison, Robert Maxwell acquired 75% while 25% rested with Rosbaud. The company name was changed to Pergamon Press; the partners, with their considerable language skills, cooperated in establishing new academic journals until 1956. After a disagreement, Rosbaud left. Maxwell said Rosbaud "was an outstanding editor of the European type from whom I learned some of the trade in the early days".
In 1961 the American Institute of Physics presented Paul Rosbaud with the first John Torrence Tate Medal, an "award for service to the profession of physics rather than research accomplishment".
See also
Notes and references
- ^ Kramish, Arnold (1986). The Griffin: The Greatest Untold Espionage Story of World War II. Boston: Houghton Mifflin. ISBN 0-395-36318-7. OCLC 867277833.
- ^ Bowcott, Owen. "Spy left out in the cold: how MI6 buried heroic exploits of agent 'Griffin'. Campaigners demand recognition for Austrian who exposed Nazi nuclear plans". The Guardian. Guardian News & Media Limited. Retrieved 21 April 2024.
- ^ Riehl, N.; Seitz, F. (1996). Stalin's Captive: Nikolaus Riehl and the Soviet Race for the Bomb. History of modern chemical sciences. : American Chemical Society : Chemical Heritage Foundation. ISBN 9780841233102. OCLC 33404078.
- Rosbaud, P.; Schmid, E. (December 1925). "Über Verfestigung von Einkristallen durch Legierung und Kaltreekung" [On strain hardening of crystals by alloying and cold stretching]. Zeitschrift für Physik (in German). 32: 197–225. doi:10.1007/BF01331662.
- R.W. Cahn (2004) "The birth and evolution of Physical Metallurgy", Progress in Materials Science 49:221–26
- Gordon Fraser, The Quantum Exodus: Jewish Fugitives, the Atomic Bomb, and the Holocaust, p. 127.
- Ulstein, Ragnar (1989). Etterretningstjenesten i Norge 1940–45. Oslo: Cappelen. ISBN 8202124018.
- ^ Kramish, Arnold (1987). Griffen: den største spionhistorien [Griffen: the biggest spy story] (in Norwegian). Oslo: Cappelen. ISBN 9788202107437. OCLC 873088261.
- Bryhni, Inge (29 September 2014), "Thomas Barth", Norsk biografisk leksikon (in Norwegian), retrieved 23 October 2019
- Dawidoff, Nicholas (1994). The Catcher Was a Spy: The Mysterious Life of Moe Berg. New York: Vintage Books. p. 227. ISBN 0-679-76289-2.
- ^ Joe Haines (1988) Maxwell, Houghton Mifflin, ISBN 0-395-48929-6
- American Institute of Physics Tate Medal Winners Archived 26 January 2013 at the Wayback Machine
- Michael Smith (1999) "Foley: The Spy Who Saved 10,000 Jews", Hodder & Stoughton. Now republished by Politicos ISBN 1-84275-088-7