Prix Wolf de mathématiques
Lauréats juifs du Prix Wolf de mathématiques répertoriés dans l'annuaire ThankJews. Les Juifs représentent environ 40 % de l'ensemble des lauréats — alors qu'ils constituent à peu près 0,2 % de la population mondiale.
27 lauréats répertoriés
Israel Gelfand1913
Analyse fonctionnelle; Gelfand representation of Banach algebras
Source : Jinfo.org — Jews in Mathematics
Andre Weil1906
Théorie des nombres and algebraic geometry; the Weil conjectures
Source : Jinfo.org — Jews in Mathematics
Oscar Zariski1899
Géométrie algébrique; the Zariski topology
Source : Jinfo.org — Jews in Mathematics
Mark Krein1907
Analyse fonctionnelle; the Krein-Milman theorem
Source : Jinfo.org — Jews in Mathematics
Paul Erdős1949
Combinatoire and Graph Theory
Source : Prolific mathematician with 1500+ papers
Hans Lewy1904
Partial differential equations; the Lewy example
Source : Jinfo.org — Jews in Mathematics
Samuel Eilenberg1913
Cofondateur de category theory and algebraic topology
Source : Jinfo.org — Jews in Mathematics
Peter Lax1926
Partial differential equations; Lax pairs and Lax-Milgram (Abel Prize)
Source : Jinfo.org — Jews in Mathematics
Ilya Piatetski-Shapiro1929
Automorphic forms and representation theory
Source : Jinfo.org — Jews in Mathematics
Mikhail Gromov2009
Geometer who reshaped modern geometry; Abel Prize (2009), Wolf Prize (1993)
Source : Jinfo.org — Jews in Mathematics
Joseph Keller1923
Applied mathematics; the geometric theory of diffraction
Source : Jinfo.org — Jews in Mathematics
Yakov Sinai1935
Dynamical systems and statistical mechanics (Abel Prize)
Source : Jinfo.org — Jews in Mathematics
Elias Stein1931
Harmonic analysis; singular integrals and oscillatory integrals
Source : Jinfo.org — Jews in Mathematics
Raoul Bott1923
Topologie; Bott periodicity theorem
Source : Jinfo.org — Jews in Mathematics
Vladimir Arnold1937
Dynamical systems; KAM theory and Arnold diffusion
Source : Jinfo.org — Jews in Mathematics
Saharon Shelah1945
Théorie des ensembles and model theory; classification and PCF theory
Source : Jinfo.org — Jews in Mathematics
Gregori Margulis1946
Lie groups and ergodic theory (Médaille Fields, Abel Prize)
Source : Jinfo.org — Jews in Mathematics
Hillel Furstenberg1935
Ergodic theory and its links to number theory (Abel Prize)
Source : Jinfo.org — Jews in Mathematics
George Mostow1923
Mostow rigidity theorem for hyperbolic manifolds
Source : Jinfo.org — Jews in Mathematics
Peter Sarnak1953
Théorie des nombres, analysis, and quantum chaos
Source : Jinfo.org — Jews in Mathematics
Charles Fefferman1949
Harmonic analysis and PDEs (Médaille Fields)
Source : Jinfo.org — Jews in Mathematics
Alexander Beilinson1957
Geometric representation theory; the Beilinson conjectures
Source : Jinfo.org — Jews in Mathematics
Vladimir Drinfeld1954
Introduced quantum groups; geometric Langlands (Médaille Fields)
Source : Jinfo.org — Jews in Mathematics
Yakov Eliashberg1946
Symplectic and contact geometry
Source : Jinfo.org — Jews in Mathematics
George Lusztig1946
Representation theory; Kazhdan-Lusztig polynomials
Source : Jinfo.org — Jews in Mathematics
Noga Alon2005
Israeli combinatorialist; Gödel Prize (2005), Knuth Prize (2022)
Source : Jinfo.org — Jewish recipients of the Knuth & Gödel Prizes
Adi Shamir2002
RSA Cryptography (Co-inventor)
Source : Turing Award 2002