The Euler Lecture (German: Euler-Vorlesung in Sanssouci) is a mathematics lecture given at an annual event at the University of Potsdam (Universität Potsdam). The event, initiated in 1993, is organized by the University of Potsdam Institute for Mathematics, the Humboldt University of Berlin Institute for Mathematics, and the Berlin Mathematical Society, with the assistance of several other organizations, including the Free University of Berlin Depart of Mathematics and Computer Science, the Technical University of Berlin Institute for Mathematics, the Zuse Institute Berlin (ZIB), and the German Mathematical Society (Deutsche Mathematiker-Vereinigung [DMV]). The mathematical lecturer is selected by a distinguished jury. The event also contains a historical lecture (Vortrag) and a musical program supporting the event.
The Euler Lecture is named in honor of Leonhard Euler, who spent the years from 1741 to 1766 in Berlin and during that time wrote approximately 380 works. Among other things, Euler worked for many years as director of the mathematics section at the Prussian Academy of Sciences and as a consultant at the court of Frederick the Great in Potsdam.
The Euler Lecture should not be confused with the Ulf von Euler Lecture, an annual lecture sponsored by the Karolinska Institute and named in honor of the Swedish physiologist Ulf von Euler (1905–1983).
The organizers of the Euler Lecture maintain an archive of lectures starting in 1993.
| Year | Lecturer | Lecture Title |
|---|---|---|
| 2026 | Jessica Fintzen | Representing number theoretic symmetries with linear algebra |
| 2025 | Nalini Anantharaman | From Quantum Chaos to Random Surfaces |
| 2024 | Alessio Figalli | Exploring Stability in Geometric and Functional Inequalities |
| 2023 | Avi Wigderson | The Value of Error in Proofs |
| 2022 | Wolfgang Lück | A Panorama of L2-Invariants |
| 2021 | Fernando Codá Marques | Morse Theory for the Area |
| 2019 | Claire Voisin | Some Aspects of Algebraic Geometry |
| 2018 | Emmanuel Candès | Sailing Through Data: Discoveries and Mirages |
| 2017 | Alfio Quarteroni | Taking Mathematics to the Heart |
| 2016 | Yuri Manin | Time between real and imaginary: Big Bang and modular curves |
| 2015 | Cédric Villani | Of particles, stars, and eternity |
| 2014 | Martin Hairer | Taming infinities |
| 2013 | David Eisenbud | Syzygies from Cayley to Kontsevich and beyond |
| 2012 | Simon Brendle | Der Satz von Alexandrov in gekrümmten Räumen [The Theorem of Alexandrov in curved spaces] |
| 2011 | Timothy Gowers | The internet and new ways of doing mathematics |
| 2010 | Wendelin Werner | Zufall und Stabilität [Chance and Stability] |
| 2009 | Hendrik W. Lenstra | Modelling finite fields |
| 2008 | Michael J. Hopkins | How topologists count things |
| 2007 | Stefan Hildebrandt | Euler und die Analysis [Euler and the Analysis] |
| 2006 | Noga Alon | Graphs, Euler's theorem, Grothendieck's inequality and Szemerédi's regularity lemma |
| 2005 | Persi Diaconis | From order to chaos with a blink of an epsilon: phase transitions and Markov chains |
| 2004 | Ludwig Faddeev | The Clay Millennium Problem on quantum Yang-Mills theory |
| 2003 | David Mumford | Metrics in the space of "shapes": Computer vision meets Riemannian geometry |
| 2002 | Michael Atiyah | Polyhedra in geometry, physics and chemistry |
| 2001 | Wolfgang M. Schmidt | Diophantische Approximationen, Diophantische Gleichungen und linear rekurrierte Folgen [Diophantic approximations, Diophantic equations, and linearly recurred sequences] |
| 2000 | Thomas C. Hales | Cannonballs and honeycombs: The proof of the Kepler conjecture |
| 1999 | Don Zagier | Von Ramanujans falschen Thetafunktionen zu Quanteninvarianten [From Ramanujan's false Theta-functions to quantum invariants] |
| 1998 | Ingrid Daubechies | Surfing with wavelets |
| 1997 | Haïm Brézis | Singularities and quantization effects for the Ginzburg-Landau equation |
| 1996 | László Lovász | Graphs and their geometric representation |
| 1995 | Armand Borel | Zeta function at integers in analysis and topology |
| 1994 | Roger Penrose | The complex structure of the universe |
| 1993 | Raoul Bott | Invariants of manifolds |
| Year | Lecturer | Lecture Title |
|---|---|---|
| 2023 | Catherine Goldstein | Charles Hermite and the Berlin Mathematicians |
| 2019 | Christian Gilain | D'Alembert: Mathematics and the Enlightenment |
| 2018 | Peter Ullrich | Berlin 1828–1855: »von dem anderen Dirichletschen Prinzipe [...] datiert die Neuzeit in der Geschichte der Mathematik« [From the other Dirichlet principles [...] dates the modern era in the history of mathematics] |
| 2017 | Tinne Hoff Kjeldsen | From quadratic forms to general convex bodies and beyond: Minkowskian "inventive art" and mathematical programming |
| 2016 | Tilman Sauer | »Ich bewundere die Eleganz Ihrer Rechnungsweise« – Einstein und die Mathematik ["I admire the elegance of your calculation" – Einstein and Mathematics] |
| 2015 | Horst Bredekamp | Die Zeichnung als Denkform: Leibniz und Peirce [Drawing as a form of thought: Leibniz and Peirce] |
| 2014 | Volker Remmert | »Ich lebe ja in der Tat ganz in Ihrer schönen Wissenschaft« – Mathematisches Publizieren in Deutschland (c. 1890 – 1930) ["I live in fact entirely in your beautiful science" – Mathematical Publishing in Germany] |
| 2013 | Heinrich Wefelscheid | »Er war der Pflichtbewußteste von uns allen« – Edmund Landau in Berlin und Göttingen ["He was the most duty-conscious of us all" – Edmund Landau in Berlin and Göttingen] |
| 2012 | Volker Remmert | Gartenkunst und die mathematischen Wissenschaften [Garden Art and the Mathematical Sciences] |
| 2011 | Reinhard Siegmund-Schultze | Schur und Landau: eine Freundschaft in unmenschlicher Zeit [Schur and Landau: a Friendship in Inhumane Times] |
| 2010 | Hans Föllmer | Von Berlin nach Paris und Housseras: Wolfgang Döblin (1915–1940) und die versiegelte Formel [From Berlin to Paris and Housseras: Wolfgang Döblin (1915–1940) and the sealed formula] |
| 2009 | Ehrhard Behrends | Euler und die Musik – wie kann man Wohlklang messen? [Euler and music - how can you measure harmony?] |
| 2008 | Erhard Scholz | Von den Anfängen des Zählens typologische Eigenschaften [From the beginnings of counting typological properties] |
| 2007 | Eberhard Knobloch | Leonhard Euler (1707–1783) – Zum 300. Geburtstag eines langjährigen Wahlberliners [For the 300th Birthday of a long-time Berliner] |
| 2006 | Raúl Rojas | 1936 – annus mirabilis der Berechenbarkeitstheorie [1936 – annus mirabilis of the theory of reculability] |
| 2005 | Walter Purkert | Felix Hausdorff – Mathematiker, Philosoph und Literat [Felix Hausdorff – Mathematician, Philosopher and Writer] |
| 2004 | Andreas Verdun | Die Entstehung moderner wissenschaftlicher Methoden illustriert an Arbeiten von Leonhard Euler [The emergence of modern scientific methods, Illustrated by the works of Leonhard Euler] |
| 2003 | Henk Bos | Descartes' attempt to base certainty of geometry upon mental vision |
| 2002 | Moritz Epple | Knoten in der Mathematik und Physik des 19. Jahrhunderts [Nodes in mathematics and physics of the 19th century] |
| 2001 | Eberhard Knobloch | 100 Jahre Mathematik in Berlin [100 years of mathematics in Berlin] |
| 2000 | Rudolf Wille | Eulers Speculum Musicum und das Instrument MUTABOR [Euler's Speculum Musicum and the instrument MUTABOR] |
| 1999 | Rüdiger Thiele | Er rechnete, wie andere atmen. Euler und der frühe Funktionsbegriff [He calculated how others breathe. Euler and the early concept of functions] |
| 1998 | Norbert Schappacher | Wer war Diophant? [Who was Diophantus?] |
| 1997 | Ivo Schneider | Parameter eines Mathematikerlebens zur Zeit von Euler [Parameters of a mathematical life at the time of Euler] |
| 1996 | Herbert Pieper | Die Eulersche Identität – eine Brücke zwischen Analysis, Arithmetik und Kombinatorik [The Eulerian identity – a bridge between analysis, arithmetic and combinatorics] |
| 1995 | Eberhard Knobloch | Das große Spargesetz der Natur: zur Tragikomödie zwischen Euler, Voltaire und Maupertuis [The great austerity law of nature: to the tragicomedy between Euler, Voltaire and Maupertuis] |
| 1994 | Hans-Christoph Im Hof | Geschichte und aktueller Stand der Euler-Ausgabe [History and current status of the Euler edition] |
| 1993 | Reinhard Bölling | Leonhard Euler – aus der Zeit seines Wirkens in Berlin [Leonhard Euler – from the time of his work in Berlin] |