ID: 2009.06736

Exploring the toolkit of Jean Bourgain

September 14, 2020

View on ArXiv
Terence Tao
Mathematics
Classical Analysis and ODEs

Gian-Carlo Rota once asserted that "every mathematician only has a few tricks". The sheer breadth and ingenuity in the work of Jean Bourgain may at first glance appear to be a counterexample to this maxim. However, as we hope to illustrate in this article, even Bourgain relied frequently on a core set of tools, which formed the base from which problems in many disparate mathematical fields could then be attacked. We discuss a selected number of these tools here, and then perform a case study of how an argument in one of Bourgain's papers can be interpreted as a sequential application of several of these tools.

Similar papers 1

Pointwise Ergodic Theory: Examples and Entropy

January 4, 2023

82% Match
Ben Krause
Dynamical Systems
Classical Analysis and ODEs
Number Theory

We provide an exposition of the proofs of Bourgain's polynomial ergodic theorems. The focus is on the motivation and intuition behind his arguments.

Find SimilarView on arXiv

The Limits of Mathematics---The Book

July 7, 1994

82% Match
G. J. IBM Research Division Chaitin
Chaotic Dynamics

This is a revised version of the course notes handed to each participant at the limits of mathematics short course, Orono, Maine, June 1994.

Find SimilarView on arXiv

An overview of the proof in "Borel Conjecture and Dual Borel Conjecture"

December 19, 2011

81% Match
Martin Goldstern, Jakob Kellner, ... , Wohofsky Wolfgang
Logic

This note gives an informal overview of the proof in our paper "Borel Conjecture and Dual Borel Conjecture", see arXiv:1105.0823.

Find SimilarView on arXiv
Ilya D. Shkredov
Number Theory
Combinatorics

A variant of the Bourgain-Gamburd machine without using any girth bounds is obtained. Also, we find series of applications of %our result the Bourgain-Gamburd machine to problems of Additive Combinatorics, Number Theory and Probability.

A short and elegant proof of a theorem of J.-E. Pin

November 28, 2018

81% Match
Bondt Michiel de
Formal Languages and Automat...

We give a short proof of a theorem of J.-E. Pin (theorem 1.1 below), which can be found in his thesis. The part of the proof which is my own (not Pin's) is a complete replacement of the same part in an earlier version of this paper.

Find SimilarView on arXiv

SPM Bulletin 2

February 6, 2003

81% Match
Boaz Tsaban
General Topology
Classical Analysis and ODEs
Combinatorics
Logic

This is the second issue of the SPM Bulletin (SPM stands for "Selection Principles in Mathematics"). The first issue is math.GN/0301011 and contains some background and details.

Find SimilarView on arXiv

Arithmetic, Geometry, and Coding Theory: Homage to Gilles Lachaud

April 7, 2020

81% Match
Sudhir R. Ghorpade, Christophe Ritzenthaler, ... , Tsfasman Michael A.
History and Overview
Information Theory
Algebraic Geometry
Information Theory
Number Theory

We give an overview of several of the mathematical works of Gilles Lachaud and provide a historical context. This is interspersed with some personal anecdotes highlighting many facets of his personality.

Find SimilarView on arXiv

Notes et Solutions de Quelques Exercices du Livre: Th\'eorie des Ensembles de N. Bourbaki

March 31, 2011

81% Match
Mohssin Zarouali Darkaoui
Logic

These notes provide an opportunity to discover the beauty of Bourbaki set theory, and I hope that they will facilitate the task to those who find it difficult to read this book, one of the most critical elements of the mathematics of Bourbaki. ---- Ces notes constituent une occasion pour d\'ecouvrir la beaut\'e de la th\'eorie des ensembles de Bourbaki, et j'esp\`ere qu'elles faciliteront la t\^ache \`a ceux qui ont trouv\'e des difficult\'es en lisant ce livre qui est l'un...

Find SimilarView on arXiv

A detailed proof of Bourgain's Return Times Theorem

January 14, 2019

81% Match
Simon Fritzsch
Dynamical Systems
Functional Analysis

In this diploma thesis (written in German) we present a detailed proof of Bourgain's Return Times Theorem due to Bourgain, Furstenberg, Katznelson and Ornstein following their paper as well as the book by Assani. Moreover, we generalize the result to return time sequences coming from systems with purely atomic invariant $\sigma$-algebra.

Find SimilarView on arXiv

A note on a theorem of Bourbaki

February 1, 2013

80% Match
Hasan R. Karadayi
Group Theory
Mathematical Physics

We have recently show that Poincare series of Hyperbolic Lie algebras have the form of a ratio between Poincare series of a chosen finite Lie algebra and a polynomial of finite degree. By the aid of some properly chosen examples, we now give some remarks on a related theorem of Bourbaki.

Find SimilarView on arXiv