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589:". His body reflected neutrons back into the stack. Out of the corner of his eye he saw that the red lamps that flickered intermittently when neutrons were being emitted, were 'glowing continuously'. Realizing what was happening, Frisch quickly scattered the bars with his hand. Later he calculated that the radiation dose was "quite harmless" but that if he "had hesitated for another two seconds before removing the material ... the dose would have been fatal". "In two seconds he received, by the generous standards of the time, a full day's permissible dose of neutron radiation." In this way his experiments determined the exact masses of uranium required to fire the
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O. R. Frisch brought to physics the approach of a craftsman. He enjoyed, above all, doing experiments with his own hands, preferably on apparatus of his own design, aimed at simple basic questions. This approach required the ability to think about the important problems of physics simply, but deeply,
481:
Political restraints of the Nazi era forced the teams of Hahn and
Strassmann and that of Frisch and Meitner (both of whom were Jewish) to publish separately. Hahn's paper described the experiment and the finding of the barium byproduct. Meitner's and Frisch's paper explained the physics behind the
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which would be required to create the critical mass, the mass of uranium which would sustain a nuclear chain reaction. He did this by stacking several dozen 3 cm bars of enriched uranium hydride at a time and measuring rising neutron activity as the critical mass was approached. The
469:
as one of its byproducts. Hahn, in a letter to
Meitner, called this new reaction a "bursting" of the uranium nucleus. Frisch and Meitner hypothesized that the uranium nucleus had split in two, explained the process, and estimated the energy released, and Frisch coined the term
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He also designed the "dragon's tail" or "guillotine" experiment in which a uranium slug was dropped through a hole in larger fixed mass of uranium, reaching just above critical mass (0.1%) for a fraction of a second. At the meeting to approve the experiment,
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605:, commenting on the transient danger involved, said it was "just like tickling the tail of a sleeping dragon." In the period of about 3 milliseconds, the temperature rose at a rate of 2000 °C per sec and over 10 excess neutrons were emitted.
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Frisch went back to
Copenhagen, where he was quickly able to isolate the pieces produced by fission reactions. As Frisch himself later recalled, a fundamental idea of the direct experimental proof of the nuclear fission was suggested to him by
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and could be made to achieve criticality using conventional explosives to create an immensely powerful detonation. The memorandum went on to predict the effects of such an explosion—from the initial blast to the resulting
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The paper is dated 16 January 1939. Meitner is identified as being at the
Physical Institute, Academy of Sciences, Stockholm. Frisch is identified as being at the Institute of Theoretical Physics, University of
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an ability underlying the two contributions for which he was best known: his share in the explanation of the fission process and that in the recognition of the feasibility of an atomic weapon.
513:, which was the first document to set out a process by which an atomic explosion could be generated. Their process would use separated uranium-235, which would require a fairly small
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We were building an unusual assembly, with no reflecting material around it; just the reacting compound of uranium-235 ... For obvious reasons we called it the Lady Godiva assembly.
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in the metal bars increased the time that the reaction required to accelerate. One day Frisch almost caused a runaway reaction by leaning over the stack, which he termed the "
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Hahn, O.; Strassmann, F. (1939). "Ăśber den
Nachweis und das Verhalten der bei der Bestrahlung des Urans mittels Neutronen entstehenden Erdalkalimetalle ".
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648:. Seeing that this had wider applications, he helped found a company, Laser-Scan Limited, now known as Laser-Scan Engineering Ltd., to exploit the idea.
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40:
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family, the son of
Justinian Frisch, a painter, and Auguste Meitner Frisch, a concert pianist. He himself was talented at both but also shared his aunt
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1463:"On the Feasibility of Coal-Driven Power Stations" (Spoof essay by Frisch written in commemoration of the 70th birthday of Niels Bohr, 7 October 1955)
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Oral history interview transcript with Otto Robert Frisch on 3 May 1967, American
Institute of Physics, Niels Bohr Library & Archives
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Oral history interview transcript with Otto Robert Frisch on 8 May 1963, American
Institute of Physics, Niels Bohr Library & Archives
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286:
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Frisch, Otto R.; Stern, Otto (1933). "Ăśber die magnetische
Ablenkung von WasserstoffmolekĂĽlen und das magnetische Moment des Protons".
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The authors were identified as being at the Kaiser-Wilhelm-Institut fĂĽr Chemie, Berlin-Dahlem. Received 22 December 1938.
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The paper is dated 17 January 1939. [The experiment for this letter to the editor was conducted on 13 January 1939; see
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576:, one of Frisch's tasks as the leader of the Critical Assemblies group was to accurately determine the exact amount of
490:. Many feel that Meitner and Frisch deserved Nobel Prize recognition for their contributions to understanding fission.
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243:(coining the term) and first experimentally detected the fission by-products. Later, with his collaborator
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He retired from the chair in 1972 as required by
University regulations. He died on 22 September 1979.
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After some years working in relatively obscure laboratories in Germany, Frisch obtained a position in
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to the chancellorship of Germany in 1933 caused Otto Robert Frisch to make the decision to move to
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In 1946 he returned to England to take up the post of head of the nuclear physics division of the
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Annotated bibliography for Otto Frisch from the Alsos Digital Library for Nuclear Issues
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In mid-1939 Frisch left Denmark for what he anticipated would be a short trip to
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1054:"Physical Evidence for the Division of Heavy Nuclei under Neutron Bombardment"
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at Harwell, though he also spent much of the next thirty years teaching at
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People associated with the nuclear weapons programme of the United Kingdom
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Otto Frisch, "What Little I Remember", Cambridge University Press (1979),
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341:, graduating in 1926 with some work on the effect of the newly discovered
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where he was Jacksonian Professor of Natural Philosophy and a fellow of
1003:"Disintegration of Uranium by Neutrons: a New Type of Nuclear Reaction"
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The Prometheus Bomb: The Manhattan Project and Government in the Dark
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he designed the first theoretical mechanism for the detonation of an
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University of Birmingham - Poynting Physics Building - blue plaque
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211:(1 October 1904 – 22 September 1979) was an Austrian-born British
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1939–40. He went to America in 1943 having been hurriedly made a
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precluded his return. With war on his mind, he and the physicist
1116:
Otto R. Frisch, "The Discovery of Fission – How It All Began",
258:
1608:
Jews who immigrated to the United Kingdom to escape Nazism
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During the Christmas holiday in 1938, he visited his aunt
337:'s love of physics and commenced a period of study at the
1374:"Otto Robert Frisch, 1 October 1904 - 22 September 1979"
690:"Otto Robert Frisch. 1 October 1904 – 22 September 1979"
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Los Alamos National Laboratory on the British mission
644:, that used a laser and computer to measure tracks in
855:
Q is for Quantum: An Encyclopedia of Particle Physics
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Biographical Memoirs of Fellows of the Royal Society
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Biographical Memoirs of Fellows of the Royal Society
373:was much larger than had been previously supposed.
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538:worked together in the Physics Department at the
239:he advanced the first theoretical explanation of
1219:. Cambridge University Press. pp. 161–162.
928:. New York: Simon & Schuster. p. 263.
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400:. He followed this with a five-year stint in
8:
778:"Otto Robert Frisch | Biography & Facts"
617:Left to right: William Penney, Otto Frisch,
1598:Jacksonian Professors of Natural Philosophy
1583:Academics of Birkbeck, University of London
293:. Unsourced material may be challenged and
1613:Naturalised citizens of the United Kingdom
1495:Jacksonian Professor of Natural Philosophy
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1158:"Culture trails – Blue Plaque Guide"
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1623:British people of Austrian-Jewish descent
1578:Academics of the University of Birmingham
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445:. While there she received the news that
313:Learn how and when to remove this message
1628:Fellows of the American Physical Society
640:Before he retired he designed a device,
1129:J. A. Wheeler, "Mechanism of Fission",
672:
457:had discovered that the collision of a
27:Austrian-born British nuclear physicist
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1321:
1593:Fellows of Trinity College, Cambridge
1292:"Experiments with the Dragon Machine"
1001:Meitner, Lise; Frisch, O. R. (1939).
858:. Simon & Schuster. p. 150.
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408:where he increasingly specialised in
7:
1468:Works by or about Otto Robert Frisch
627:Atomic Energy Research Establishment
291:adding citations to reliable sources
412:, particularly in neutron physics.
25:
734:; Winter, George (January 1980).
1533:20th-century Austrian scientists
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1633:20th-century British physicists
1251:. Simon and Schuster. pp.
1193:. Simon and Schuster. pp.
1102:. Simon and Schuster. pp.
430:Otto Frisch, Lise Meitner, and
390:Patrick Maynard Stuart Blackett
384:, where he joined the staff at
736:"Obituary: Otto Robert Frisch"
532:part of the British delegation
526:project) and also that of the
388:and worked with the physicist
1:
1247:The Making of the Atomic Bomb
1189:The Making of the Atomic Bomb
1120:, V20, N11, pp. 43-48 (1967).
1098:The Making of the Atomic Bomb
924:The Making of the Atomic Bomb
465:nucleus produced the element
59:Otto Robert Frisch's wartime
1588:Fellows of the Royal Society
1213:Frisch, Otto Robert (1980).
1144:"Fame without a Nobel Prize"
894:University of Nebraska Press
478:in biology, to describe it.
422:Discovery of nuclear fission
1563:Austrian nuclear physicists
1133:V20, N11, pp. 49-52 (1967).
157:Fellow of the Royal Society
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1558:British nuclear physicists
886:Sullivan, Neil J. (2016).
621:and John Cockcroft in 1946
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530:on which Frisch worked as
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396:technology and artificial
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507:Frisch–Peierls memorandum
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1568:Manhattan Project people
1243:Rhodes, Richard (1986).
1185:Rhodes, Richard (1986).
1165:University of Birmingham
1094:Rhodes, Richard (1986).
540:University of Birmingham
511:University of Birmingham
1290:r.e. Malenfant (2005).
782:Encyclopedia Brittanica
1618:Scientists from Vienna
1430:What Little I Remember
1390:10.1098/rsbm.1981.0012
1331:Cite journal requires
1216:What Little I Remember
1052:Frisch, O. R. (1939).
805:Zeitschrift fĂĽr Physik
709:10.1098/rsbm.1981.0012
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227:he first measured the
1370:Peierls, Rudolf Ernst
766:on 28 September 2013.
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1418:Atomic Physics Today
852:Gribbin, J. (2000).
587:Lady Godiva assembly
339:University of Vienna
287:improve this section
137:University of Vienna
1538:Austrian physicists
1372:(1 November 1981).
1070:1939Natur.143..276F
1021:1939Natur.143..239M
971:1939NW.....27...11H
959:Naturwissenschaften
818:1933ZPhy...85....4F
752:1980PhT....33a..99B
361:-winning scientist
325:Frisch was born in
1548:British physicists
1424:Working with ATOMS
1146:. 5 November 2015.
979:10.1007/BF01488241
826:10.1007/BF01330773
662:
623:
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225:Immanuel Estermann
200:Otto Robert Frisch
36:Otto Robert Frisch
1603:Austrian refugees
1543:Jewish physicists
1511:
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1502:Succeeded by
1480:Academic offices
1277:"Here Be Dragons"
1015:(3615): 239–240.
935:978-0-684-81378-3
903:978-1-61234-890-2
865:978-0-684-86315-3
760:10.1063/1.2913924
609:Return to England
556:Manhattan Project
550:Manhattan Project
528:Manhattan Project
474:, adopted from a
376:The accession of
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164:Scientific career
97:22 September 1979
16:(Redirected from
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