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Pauli Lectures 2003
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The Wolfgang Pauli Lectures 2003 were dedicated to mathematics.
Prof. Enrico Bombieri
Institute for Advanced Study, Princeton
The Fusion of Arithmetic and Geometry
Past, Present, Future
The three Pauli lectures are devoted to two major topics of number theory, namely the distribution of prime numbers and equations in whole numbers, exploring the modern way of thinking about these problems, motivated almost entirely by geometry. The unifying theme of the lectures is the underlying theory of zeta and L-functions.
Arithmetic and Analysis: From Primes to the Zeta Function
Monday, 19.5.2003, 20:15 h Auditorium Maximum, ETH Zentrum
Abstract
The first lecture is suitable for a general public and follows to a large extent the historical development of prime number theory, culminating with the introduction of the zeta function. The lecture will also touch upon topics which have recently reached the newspapers, such as the Agrawal - Kayal - Saxena new deterministic primality test. There will also be a live computer demonstration of factoring large integers and computing very large primes.
Arithmetic and Geometry: Diophantine Equations
Tuesday, 20.5.2003, 20:15 h Auditorium Maximum, ETH Zentrum
Abstract
The second lecture is meant for a public with first level basic training in mathematics, in particular algebra and geometry and should be at the level of university students. The topics treated include a survey of diophantine equations, congruences and the associated geometry over finite fields, a discussion of the Weil conjectures at an elementary level, and a presentation of recent themes in arithmetic geometry.
The Rosetta Stone of L-functions
Thursday, 22.5.2003, 20:15 h Auditorium Maximum, ETH Zentrum
Abstract
The third lecture deals with speculations about the future and presents evidence for what is still a completely hypothetical picture of the theory of general zeta and L-functions. The title "The Rosetta stone of L-functions" is borrowed from Weil's realization that the main three lines of approaching the theory of L-functions really should be three different ways of looking at the same objects, much as the three texts in the Rosetta stone were a single text written in three different languages. The lecture will include a presentation of today's knowledge about L-functions of elliptic curves, including the Birch and Swinnerton-Dyer conjecture and the Taniyama - Shimura -Weil conjecture, recently proved with the introduction, by Andrew Wiles, of new methods.