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Die '''Colloquium Lecture''' der [[American Mathematical Society]] ist eine jährlich stattfindende besondere Vorlesung, die als letzte auf der Frühjahrstagung der Gesellschaft gehalten wird. Sie hat ihren Ursprung in den Vorlesungen, die 1896 im Rahmen der Weltausstellung im Evanston Colloquium in Chicago gehalten wurden (unter anderem von [[Felix Klein (Mathematiker)|Felix Klein]]) und die [[Henry Seely White]] (Northwestern University) mit organisiert hatte. White regte danach eine Fortsetzung an. Die ersten Colloquium Lectures fanden auf dem Sommer-Treffen der AMS in Buffalo (New York) 1896 statt. Die Vorlesungen werden in der Regel von der AMS als Buch veröffentlicht in der Reihe ''AMS Colloquium Publications.''<ref>[http://www.ams.org/bookstore/collseries AMS Colloquium Publications]</ref>

== Colloquium Lectures ==
* 1896 [[James Pierpont (Mathematiker)|James Pierpont]]: Galois's theory of equations.
* 1896 [[Maxime Bôcher]]: Linear differential equations and their applications.
* 1898 [[William Fogg Osgood]]: Selected topics in the theory of functions.
* 1898 [[Arthur G. Webster]] (Clark University): The partial differential equations of wave propagation.
* 1901 [[Oskar Bolza]]: The simplest type of problems in the calculus of variations.
* 1901 [[Ernest W. Brown]]: Modern methods of treating dynamical problems, and in particular the problem of three bodies.
* 1903 [[Henry Seely White]] (Northwestern University): Linear systems of curves on algebraic surfaces.
* 1903 [[Frederick S. Woods]] (MIT): Forms of non-euclidean space.
* 1903 [[Edward Burr Van Vleck]]: Selected topics in the theory of divergent series and continued fractions.
* 1906 [[E. H. Moore]]: On the theory of bilinear functional operations.
* 1906 [[Ernest J. Wilczynski]] (Berkeley): Projective differential geometry.
* 1906 [[Max Mason]] (Yale): Selected topics in the theory of boundary value problems of differential equations.
* 1909 [[Gilbert A. Bliss]]: Fundamental existence theorems.
* 1909 [[Edward Kasner]]: Differential-geometric aspects of dynamics.
* 1913 [[Leonard E. Dickson]]: On invariants and the theory of numbers.
* 1913 [[William Fogg Osgood]]: Topics in the theory of functions of several complex variables.
* 1916 [[Griffith C. Evans]] (Rice University): Functionals and their applications, selected topics including integral equations.
* 1916 [[Oswald Veblen]]: Analysis situs.
* 1920 [[George David Birkhoff]]: Dynamical systems.
* 1920 [[Forest Ray Moulton]]: Topics from the theory of functions of infinitely many variables.
* 1925 [[Luther P. Eisenhart]]: Non-Riemannian geometry.
* 1925 [[Dunham Jackson]]: The Theory of Approximations.
* 1927 [[Eric Temple Bell]]: Algebraic arithmetic.
* 1927 [[Anna Pell Wheeler]]: The theory of quadratic forms in infinitely many variables and applications.
* 1928 [[Arthur B. Coble]] (University of Illinois): The determination of the tritangent planes of the space sextic of genus four.
* 1929 [[Robert Lee Moore (Mathematiker)|Robert Lee Moore]]: Foundations of point set theory.
* 1930 [[Solomon Lefschetz]]: Topology.
* 1931 [[Marston Morse]]: The calculus of variations in the large.
* 1932 [[Joseph F. Ritt]]: Differential equations from the algebraic standpoint.
* 1934 [[Raymond E. A. C. Paley]] und [[Norbert Wiener]]: Fourier transforms in the complex domain.
* 1935 [[Harry S. Vandiver]]: Fermat’s last theorem and related topics in number theory.
* 1936 [[Edward W. Chittenden]] (University of Iowa): Topics in general analysis.
* 1937 [[John von Neumann]]: Continuous geometry.
* 1939 [[Abraham Adrian Albert]]: Structure of algebras.
* 1939 [[Marshall Stone]]: Convex bodies.
* 1940 [[Gordon Thomas Whyburn]]: Analytic topology.
* 1941 [[Øystein Ore]]: Mathematical relations and structures.
* 1942 [[Raymond Louis Wilder]]: Topology of manifolds.
* 1943 [[Edward James McShane]]: Existence theorems in the calculus of variations.
* 1944 [[Einar Hille]]: Selected topics in the theory of semi-groups.
* 1945 [[Tibor Radó]]: Length and area.
* 1946 [[Hassler Whitney]]: Topology of smooth manifolds.
* 1947 [[Oscar Zariski]]: Abstract algebraic geometry.
* 1948 [[Richard Brauer]]: Representation of groups and rings.
* 1949 [[Gustav Hedlund]]: Topological Dynamics
* 1951 [[Deane Montgomery]]: Topological transformation groups.
* 1952 [[Alfred Tarski]]: Arithmetical classes and types of algebraic systems.
* 1953 [[Antoni Zygmund]]: On the existence and properties of certain singular integrals.
* 1955 [[Nathan Jacobson]]: Jordan algebras.
* 1956 [[Salomon Bochner]]: Harmonic analysis and probability.
* 1957 [[Norman Steenrod]]: Cohomology operations.
* 1959 [[Joseph L. Doob]]: The first boundary value problem.
* 1960 [[Shiing-Shen Chern]]: Geometrical structures on manifolds.
* 1961 [[George Mackey]]: Infinite dimensional group representatives.
* 1963 [[Saunders Mac Lane]]: Categorical algebra.
* 1964 [[Charles Morrey]]: Multiple integrals in the calculus of variations.
* 1965 [[Alberto Calderón]]: Singular integrals.
* 1967 [[Samuel Eilenberg]]: Universal algebras and the theory of automata.
* 1968 [[Donald Spencer]]: Overdetermined systems of partial differential equations.
* 1968 [[John Willard Milnor]]: Uses of the fundamental group.
* 1969 [[Raoul Bott]]: On the periodicity theorem of the classical groups and its applications.
* 1969 [[Harish-Chandra]]: Harmonic analysis of semisimple Lie groups.
* 1970 [[R. H. Bing]]: Topology of 3-manifolds.
* 1971 [[Lipman Bers]]: Uniformization, moduli, and Kleinian groups.
* 1971 [[Armand Borel]]: Algebraic groups and arithmetic groups.
* 1972 [[Stephen Smale]]: Applications of global analysis to biology, economics, electrical circuits, and celestial mechanics.
* 1972 [[John T. Tate]]: The arithmetic of elliptic curves.
* 1973 [[Michael Francis Atiyah]]: The index of elliptic operators.
* 1973 [[Felix Browder]]: Nonlinear functional analysis and its applications to nonlinear partial differential and integral equations.
* 1974 [[Errett Bishop]]: Schizophrenia in contemporary mathematics.
* 1974 [[Louis Nirenberg]]: Selected topics in partial differential equations.
* 1974 [[John Griggs Thompson]]: Finite simple groups.
* 1975 [[Howard Jerome Keisler]]: New directions in model theory.
* 1975 [[Ellis Kolchin]]: Differential algebraic groups.
* 1975 [[Elias Stein (Mathematiker)|Elias Stein]]: Singular integrals, old and new.
* 1976 [[Isadore M. Singer]]: Connections between analysis, geometry and topology.
* 1976 [[Jürgen Moser (Mathematiker)|Jürgen Moser]]: Recent progress in dynamical systems.
* 1977 [[William Browder]]: Differential topology of higher dimensional manifolds.
* 1977 [[Herbert Federer]]: Geometric measure theory.
* 1978 [[Hyman Bass]]: Algebraic K-theory.
* 1979 [[Phillip Griffiths]]: Complex analysis and algebraic geometry.
* 1979 [[George Mostow]]: Discrete subgroups of Lie groups.
* 1980 [[Wolfgang Schmidt (Mathematiker)|Wolfgang M. Schmidt]]: Various methods in number theory.
* 1980 [[Julia Robinson]]: Between logic and arithmetic.
* 1981 [[Mark Kac]]: Some mathematical problems suggested by questions in physics.
* 1981 [[Serge Lang]]: Units and class numbers in algebraic geometry and number theory.
* 1982 [[Dennis Sullivan]]: Geometry, iteration, and group theory.
* 1982 [[Morris Hirsch]]: Convergence in ordinary and partial differential equations.
* 1983 [[Charles Fefferman]]: The uncertainty principle.
* 1983 [[Bertram Kostant]]: On the Coxeter element and the structure of the exceptional Lie groups.
* 1984 [[Barry Mazur]]: On the arithmetic of curves.
* 1984 [[Paul Rabinowitz]]: Minimax methods in critical point theory and applications to differential equations.
* 1985 [[Daniel Gorenstein]]: The classification of the finite simple groups.
* 1985 [[Karen Uhlenbeck]]: Mathematical gauge field theory.
* 1986 [[Shing-Tung Yau]]: Nonlinear analysis.
* 1987 [[Peter Lax]]: Uses of the non-Euclidean wave equation.
* 1987 [[Edward Witten]]: Mathematical applications of quantum field theory.
* 1988 [[Victor Guillemin]]: Spectral properties of Riemannian manifolds.
* 1989 [[Nicholas Katz]]: Exponential sums and differential equations.
* 1989 [[William Thurston]]: Geometry, groups, and self-similar tilings.
* 1990 [[Shlomo Sternberg]]: Some thoughts on the interaction between group theory and physics.
* 1991 [[Robert MacPherson]]: Intersection homology and perverse sheaves.
* 1992 [[Robert Langlands]]: Automorphic forms and Hasse-Wiel zeta-functions and Finite models for percolation.
* 1993 [[Luis Caffarelli]]: Nonlinear differential equations and Lagrangian coordinates.
* 1993 [[Sergiu Klainerman]]: On the regularity properties of gauge theories in Minkowski space-time.
* 1994 [[Jean Bourgain]]: Harmonic analysis and nonlinear evolution equations.
* 1995 [[Clifford Taubes]]: Mysteries in three and four dimensions.
* 1996 [[Andrew Wiles]]: Modular forms, elliptic curves and Galois representations.
* 1997 [[Daniel Stroock]]: Analysis on spaces of paths.
* 1998 [[Gian-Carlo Rota]]: Introduction to geometric probability; Invariant theory old and new; and Combinatorial snapshots.
* 1999 [[Helmut Hofer (Mathematiker)|Helmut Hofer]]: Symplectic geometry from a dynamical systems point of view.
* 2000 [[Curtis McMullen]]: Riemann surfaces in dynamics, topology, and arithmetic.
* 2001 [[János Kollár]]: Large rationally connected varieties.
* 2002 [[Lawrence C. Evans]]: Entropy methods for partial differential equations.
* 2003 [[Peter Sarnak]]: Spectra of hyperbolic surfaces and applications.
* 2004 [[Sun-Yung Alice Chang]]: Conformal invariants and partial differential equations.
* 2005 [[Robert Lazarsfeld]]: How polynomials vanish: Singularities, integrals, and ideals.
* 2006 [[Hendrik Lenstra]], Jr., Entangled radicals.
* 2007 [[Andrei Jurjewitsch Okunkow]]: Limit shapes, real and imagined.
* 2008 [[Wendelin Werner]]: Random conformally invariant pictures
* 2009 [[Grigori Alexandrowitsch Margulis]]: Homogenous dynamics and number theory
* 2010 [[Richard P. Stanley]]: Permutations: 1) Increasing and decreasing subsequences; 2) Alternating permutations; 3) Reduced decompositions.
* 2011 [[Alexander Lubotzky]]: Expander graphs in pure and applied mathematics
* 2012 [[Edward Frenkel]]: Langlands program, trace formulas, and their geometrization
* 2013 [[Alice Guionnet]]: Free probability and random matrices
* 2014 [[Dusa McDuff]]: Symplectic topology today
* 2015 [[Michael J. Hopkins]]: 1) Algebraic topology: New and old directions; 2) The Kervaire invariant problem; 3) Chern-Weil theory and abstract homotopy theory.
* 2016 [[Timothy A. Gowers]]: Generalizations of Fourier analysis, and how to apply them
* 2017 [[Carlos E. Kenig]]: The focusing energy critical wave equation: the radical case in 3 space dimensions.
* 2018 [[Avi Wigderson]]: 1) Alternate Minimization and Scaling algorithms: theory, applications and connections across mathematics and computer science; 2) Proving algebraic identities; 3) Proving analytic inequalities.
* 2019 [[Benedict H. Gross]]: Complex multiplication: past, present, future.
* 2020 [[Ingrid Daubechies]]: Mathematical Frameworks for Signal and Image Analysis
* 2021 ''keine Vorlesung''
* 2022 [[Karen E. Smith]]: Understanding and measuring singularities in algebraic geometry
* 2023 [[Camillo De Lellis]]: Flows of nonsmooth vector fields
* 2024 [[Terence Tao]]: 1) Machine Assisted Proof; 2) Translational Tilings of Euclidean space; 3) Correlations of Multiplicative Functions
* 2025 [[Svetlana Jitomirskaya]]: 1) Quantum mechanics meets arithmetics. The ten martini problem; 2) Quantitative global theory, dual Lyapunov exponents, and robust spectral results; 3) Small denominators without KAM. Robust arithmetic Spectral transitions
* 2026 [[Geordie Williamson]]

== Weblinks ==
* [http://www.ams.org/meetings/lectures/meet-colloquium-lect Offizielle Webseite]
* [http://jointmathematicsmeetings.org/meetings/national/jmm2015/2168_invited.html AMS Meetings - January 2015]

== Einzelnachweise ==
<references />

[[Kategorie:Auszeichnung der American Mathematical Society]]
[[Kategorie:Erstverleihung 1896]]

Colloquium Lectures (AMS) - Versionsgeschichte

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