In 2016, the Institute celebrated the work and impact of Jean Bourgain, IBM Von Neumann Professor in the School of Mathematics and member of the Faculty since 1994. Recipient of the Fields Medal and the Shaw Prize, among numerous other awards, Bourgain is revered for the exceptional range, depth, and power of his mathematical work, which has brought about lasting change in the field. One of the most prolific and important mathematicians of our generation, Bourgain has an extraordinary ability to bring a new perspective to long-standing questions in numerous areas of mathematics, including number theory, probability theory, and statistical physics, which have been permanently shaped by his contributions.
Analysis and Beyond: Introduction by Robbert Dijkgraaf, IAS Director and Leon Levy Professor and Gigliola Staffilani
Super-Approximation and Its Applications by Alireza Salehi Golsefidy
Thin Groups and Applications by Alex Kontorovich
Concatenating Cubic Structures by Tamar Ziegler
Working with Bourgain by Enrico Bombieri
Sums of Three Squares and Lattice Points on the Sphere by Jean Bourgain
The Polynomial Method and the Restriction Problem by Larry Guth
Decouplings and Applications: A Journey from Continuous to Discrete by Ciprian Demeter
Combinatorics of Boolean Functions, and Some Applications by Gil Kalai
Algebraic Related Structures and...and Analysis by Vitali Milman
On Sidon Sets by Gilles Pisier
Old-New Perspectives on the Winding Number by Haim Brezis
Matrix and operator scaling: Analysis...Geometry and more.. by Avi Wigderson
Quasiperiodic Schroedinger Operators with Multiple Frequencies by Wilhelm Schlag
Jean Bourgain and Quasiperiodic...Operators - Svetlana Jitomirskaya and Fred Delbaen">Jean Bourgain and Quasiperiodic...Operators by Svetlana Jitomirskaya and Fred Delbaen
Long Time Dynamics of Random Data...Equations by Andrea Nahmod
Soliton Resolution Along a Sequence...Wave equation by Carlos Kenig
Effective Density of Unipotent Orbits by Elon Lindenstrauss
Entropy, Mahler Measure and Bernoulli Convolutions by Emmanuel Breuillard
Support for this event is provided by the National Science Foundation
