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Rudolf Peierls

Rudolf Peierls
Sir Rudolf Ernst Peierls (1907–1995)
Born Rudolf Ernst Peierls
5 June 1907
Berlin, German Empire
Died 19 September 1995
Oxford, UK
Residence United Kingdom
Citizenship German (pre 1940)
British (post 1940)
Fields Physicist
Institutions University of Birmingham
Oxford University
University of Washington
Manhattan project
Alma mater University of Berlin
University of Munich
University of Leipzig
University of Manchester
Cambridge University
Doctoral advisor Template:If empty
Other academic advisors Arnold Sommerfeld
Doctoral students Fred Hoyle
Melvin Preston
E. E. Salpeter
Walter Marshall
James S. Langer
Gastón García Calderón
Other notable students Noor Muhammad Butt
Known for Frisch–Peierls memorandum
Peierls bracket
Peierls stress
Coining the term 'umklapp process'
Bohr–Peierls–Placzek relation
Charge-density wave theory
Peierls–Hubbard model
Peierls transition
Influenced Otto Robert Frisch
Notable awards CBE (1945)
Knight Bachelor (1968)
Royal Medal (1959)
Lorentz Medal (1962)
Max Planck Medal (1963)
Enrico Fermi Award (1980)
Matteucci Medal (1982)
Copley Medal (1986)

Sir Rudolf Ernst Peierls, CBE (5 June 1907 – 19 September 1995)[1] was a German-born British physicist. Rudolf Peierls had a major role in Britain's nuclear programme, but he also had a role in many modern sciences. His obituary in Physics Today describes him as "a major player in the drama of the eruption of nuclear physics into world affairs...".[2]

Early years

The son of assimilated Jewish parents, he assisted Egon Orowan in understanding the force required to move a dislocation which would be expanded on by Frank Nabarro and called the Peierls–Nabarro force. In 1929, he studied solid-state physics in Zurich under the tutelage of Werner Heisenberg and Wolfgang Pauli. His early work on quantum physics led to the theory of positive carriers to explain the thermal and electrical conductivity behaviours of semiconductors. He was a pioneer of the concept of "holes" in semiconductors.[3] He actually established "zones" before Léon Brillouin, despite Brillouin's name being currently attached to the idea, and applied it to phonons. Doing this, he discovered the Boltzmann equations for phonons and the Umklapp process. Physics Today states "His many papers on electrons in metals have now passed so deeply into the literature that it is hard to identify his contribution to conductivity in magnetic fields and to the concept of a hole in the theory of electrons in solids".[2]

Leading up to World War II

He was studying on a Rockefeller Scholarship at Cambridge University when Adolf Hitler came to power in his native Germany. Granted leave to remain in Britain, he worked in Manchester under a fund set up for refugees, with Hans Bethe on photodisintegration and the statistical mechanics of alloys when asked by James Chadwick. Their results still serve as the basis for mean-field theories of structural phase changes in complete alloys. Moving back to Cambridge, he worked with P. G. L. Kapur at the Mond Laboratory on superconductivity and liquid helium. The group derived the dispersion formula for nuclear reactions originally given in perturbation theory by Gregory Breit and Eugene Wigner, but now included generalising conditions. This is now known as the Kapur–Peierls derivation. In 1937, he became Professor of Mathematical Physics at the University of Birmingham.[2]

World War II

In 1939, he started working on atomic research with Otto Robert Frisch and James Chadwick. Ironically, both Peierls and Frisch were excluded from working on radar (then known as RDF) as it was considered too secret for scientists with foreign backgrounds.

Frisch–Peierls memorandum

In March 1940, he co-authored the Frisch–Peierls memorandum with Otto Robert Frisch. This short paper was the first to set out how one could construct an atomic bomb from a small amount of fissionable uranium-235. They calculated that about 1 kg would be needed.[4] Until then it had been assumed that such a bomb would require many tons of uranium, and consequently was impractical to build and use. The paper was pivotal in igniting the interest of first the British and later the American authorities in atomic weapons. In 1941 its findings made their way to the United States through the report of the MAUD Committee, an important trigger in the establishment of the Manhattan Project and the subsequent development of the atomic bomb. He was also responsible for the recruitment of his compatriot Klaus Fuchs to the British project, an action which was to result in Peierls falling under suspicion when Fuchs was exposed as a Soviet spy in 1950. In 1999, The Spectator garnered outrage from his family when they alleged Rudolf Peierls was a spy codenamed "perls" for the Soviet Union.[5]

Manhattan project

Following the signing of the Quebec Agreement in August 1943, Peierls joined the Manhattan Project, located in the United States. Peierls was part of the British team, along with Klaus Fuchs, whom he recruited for the project. Peierls was initially located in New York and later at the Los Alamos Laboratory, where he played an important role in the development of the atomic bomb.


After the war, Peierls reassumed his position in the physics department at the University of Birmingham where he worked until 1963 before joining the University of Oxford as Wykeham Professor of Physics. At Birmingham he worked on nuclear forces, scattering, quantum field theories, collective motion in nuclei, transport theory, and statistical mechanics. Also while at Birmingham, he worked as a consultant to the British atomic programme at Harwell. He retired from Oxford in 1974. He wrote several books including Quantum Theory of Solids, The Laws of Nature (1955), Surprises in Theoretical Physics (1979), More Surprises in Theoretical Physics (1991) and an autobiography, Bird of Passage (1985). Concerned with the nuclear weapons he had helped to unleash, he worked on the Bulletin of the Atomic Scientists, was President of the Atomic Scientists' Association in the UK, and was a major player in the Pugwash movement.[2]


Peierls was appointed a Commander of the Order of the British Empire (Civil Division) in 1945[6] and was knighted in 1968.[7] He was invited to deliver the Rutherford Memorial Lecture in 1952, was awarded the Lorentz Medal in 1962, and in 1980 he received the Enrico Fermi Award from the United States Government for exceptional contribution to the science of atomic energy.[8]


On 2 October 2004, the building housing the sub-department of Theoretical Physics at the University of Oxford was formally named the Sir Rudolf Peierls Centre for Theoretical Physics.


  1. Lee, S. (2007). "Rudolf Ernst Peierls. 5 June 1907 -- 19 September 1995: Elected FRS 1945". Biographical Memoirs of Fellows of the Royal Society 53: 265. doi:10.1098/rsbm.2007.0003.  edit
  2. 2.0 2.1 2.2 2.3 Edwards, S. (1996). "Rudolph E. Peierls". Physics Today 49 (2): 74–71. Bibcode:1996PhT....49b..74E. doi:10.1063/1.2807521.  edit
  3. 1. R.E. Peierls, "Zur Theorie der galvanomagnetischen Effekte", 1929. 2. R.E. Peierls, "Zur Theorie des Hall Effekts", 1929. The English translation of these 2 papers can be found in "Selected Scientific Papers of Sir Rudolf Peierls", edited by R H Dalitz & Sir Rudolf Peierls, World Scientific, 1997.
  4. Sherrow, Victoria. The Making of the Atom Bomb. San Diego: Lucent Books, 2000. 24
  5. Durrani, Matin. New spy claims meet firm denial". Physics web. 1 July 1999. 27 January 2004. <>.
  6. The London Gazette: no. 37407. pp. 49–51. 28 December 1945. Retrieved 17 June 2010. Appointment as a CBE
  7. The London Gazette: no. 44725. p. 12857. 29 November 1968. Retrieved 17 June 2010. Appointment as a Knight Bachelor.
  8. Laureates at the Wayback Machine

External links

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