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Feynman diagram
Reference material by Wiktionary contributors. This retains its source identity and is not 411 news reporting.
English
2018 May 11
Etymology
thumb|A Feynman diagram illustrating the electron-positron scattering process known as Bhabha scattering
Named after its inventor, American theoretical physicist Richard Feynman (1918–1988).
Pronunciation
en /ˈfaɪnmən ˈdaɪəɡɹæm/ RP,GA
en en-au-Feynman diagram.ogg AU
en Feyn man dia gram
Noun
en physics A pictorial representation of the interactions of subatomic particles, showing their paths in space and time as lines, and their interactions as points where lines meet.
en w:Robert Karplus; Norman M[yles] Kroll Fourth-order Corrections in Quantum Electrodynamics and the Magnetic Moment of the Electron w:Physical Review Lancaster, Pa. Published for the American Physical Society by the American Institute of Physics 15 February 1950 77 4 536 1536-6065 832790150 Feynman diagrams for the fourth-order radiative corrections to the scattering of an electron by an electromagnetic field.
en Betty L. Oberholtzer Publications of the National Bureau of Standards: Published by NBS July 1960 through June 1966; Published by Others 1960 through 1965 (with Subject and Authors Indexes) National Bureau of Standards Supplement to Miscellaneous Publication 240 [Washington, D.C.] National Bureau of Standards, United States Department of Commerce 3 April 1967 145 https://books.google.com/books?id=iinE5jltHusC&pg=PA145 233090333 The symbolic representation of Maxwell's equations is introduced to make it easier to survey the whole subject and to formulate the equations. The Feynman diagram method is applied to the computation of the correlation of the fields at different points in space to any order of approximation.
en w:Tony Hey; Gyuri Pápay Preface The Computing University: A Journey through a Revolution New York, N.Y. w:Cambridge University Press 2015 vii https://books.google.com/books?id=NrMkBQAAQBAJ&pg=PR7 978-0-521-76645-6 Among physicists, Feynman is probably best known for Feynman diagrams, the work that brought him his Nobel Prize in 1964. The diagrams constitute a computational tool kit that enables physicists to make sense of not only Quantum Electrodynamics, the theory that underpins electricity and magnetism, but also of the relativistic quantum field theories believed to describe the weak and strong interactions of elementary particles.
Translations
pictorial representation of the interactions of subatomic particles
Albanian: sq diagramat e Fajmanit
Arabic: ar مخطط فاينمان
Belarusian: be дыяграмы Фейнмана
Bengali: bn ফাইনম্যান চিত্র
Bulgarian: bg диаграма на Файнман
Catalan: ca diagrama de Feynman m
Chinese:
Cantonese: yue 費曼規矩
Mandarin: cmn 費曼圖 Fèimàntú
Czech: cs Feynmanovy diagramy m
Dutch: nl Feynmandiagram n
Estonian: et Feynmani diagramm
Finnish: fi Feynmanin graafi
French: fr diagramme de Feynman m
Galician: gl diagrama de Feynman m
German: de Feynman-Diagramm n
Greek: el διάγραμμα Φάινμαν n
Hebrew: he דיאגרמת פיינמן
Hungarian: hu Feynman-gráf
Italian: it diagramma di Feynman m
Japanese: ja ファインマン・ダイアグラム
Korean: ko 파인먼 도형
Persian: fa نمودار فاینمن
Polish: pl diagram Feynmana m
Portuguese: pt diagrama de Feynman m
Russian: ru диаграммы Фейнмана f
Serbo-Croatian: sh Feynmanov dȉjagram m
Slovak: sk Feynmanov diagram
Slovene: sl Feynmanov diagram
Spanish: es diagrama de Feynman m
Swedish: sv Feynmandiagram n
Tatar: tt Фейнман диаграммалары
Turkish: tr Feynman diyagramı
Ukrainian: uk діаграма Фейнмана
Vietnamese: vi sơ đồ Feynman
Further reading
Feynman diagrams
en eponyms
en Visualization