Campuses:

Talks

Date Title / Speaker Eventsort descending
June 05, 2013 Front Invasion Problems in Systems of Reaction-diffusion Equations
Matt Holzer (University of Minnesota, Twin Cities) 		Joint US-Japan Workshop for Young Researchers on Interactions among Localized Patterns in Dissipative Systems
June 06, 2013 Insights into Vortex Mergers from Reduced-Order Model
Fangxu Jing (University of Southern California) 		Joint US-Japan Workshop for Young Researchers on Interactions among Localized Patterns in Dissipative Systems
June 05, 2013 A Variational Approach to Volume-constrained Membrane Motions
Elliott Ginder (Hokkaido University) 		Joint US-Japan Workshop for Young Researchers on Interactions among Localized Patterns in Dissipative Systems
June 06, 2013 Stability of Butterfly's Flight
Naoto Yokoyama (Kyoto University) 		Joint US-Japan Workshop for Young Researchers on Interactions among Localized Patterns in Dissipative Systems
June 26, 2012 Comparision method for spectral properties of random regular graph models
Linh Tran (University of Washington) 		Advances in Random Matrix Theory
June 21, 2012 Universality for beta ensembles
Paul Bourgade (Harvard University) 		Advances in Random Matrix Theory
June 28, 2012 Large N expansions in matrix models
Alice Guionnet (École Normale Supérieure de Lyon) 		Advances in Random Matrix Theory
June 22, 2012 Support properties of spectra of polynomials in Wigner matrices
Greg Anderson (University of Minnesota, Twin Cities) 		Advances in Random Matrix Theory
June 28, 2012 Quantum diffusion and random band matrices
Antti Knowles (Harvard University) 		Advances in Random Matrix Theory
June 22, 2012 Matrix Models for beta ensembles and their infinite limits
Bálint Virág (University of Toronto) 		Advances in Random Matrix Theory
June 28, 2012 Free Monotone Transport
Dimitri Shlyakhtenko (University of California, Los Angeles) 		Advances in Random Matrix Theory
June 18, 2012 Support properties of spectra of polynomials in Wigner matrices
Greg Anderson (University of Minnesota, Twin Cities) 		Advances in Random Matrix Theory
June 22, 2012 Continuum limits of spiked random matrices
Alex Bloemendal (Harvard University) 		Advances in Random Matrix Theory
June 29, 2012 Large N expansions in matrix models
Alice Guionnet (École Normale Supérieure de Lyon) 		Advances in Random Matrix Theory
June 18, 2012 Matrix Models for beta ensembles and their infinite limits
Bálint Virág (University of Toronto) 		Advances in Random Matrix Theory
June 22, 2012 Universality for beta ensembles
Paul Bourgade (Harvard University) 		Advances in Random Matrix Theory
June 29, 2012 Universality of eigenvalues distributions in the bulk
Ofer Zeitouni (University of Minnesota, Twin Cities) 		Advances in Random Matrix Theory
June 18, 2012 Hyperpfaffian point processes when beta is a square integer?
Christopher Sinclair (University of Oregon) 		Advances in Random Matrix Theory
June 25, 2012 Large N expansions in matrix models
Alice Guionnet (École Normale Supérieure de Lyon) 		Advances in Random Matrix Theory
June 19, 2012 Matrix Models for beta ensembles and their infinite limits
Bálint Virág (University of Toronto) 		Advances in Random Matrix Theory
June 25, 2012 Universality of eigenvalues distributions in the bulk
Ofer Zeitouni (University of Minnesota, Twin Cities) 		Advances in Random Matrix Theory
June 19, 2012 Support properties of spectra of polynomials in Wigner matrices
Greg Anderson (University of Minnesota, Twin Cities) 		Advances in Random Matrix Theory
June 25, 2012 Monotone Hurwitz numbers and the HCIZ integral
Jonathan Novak (Massachusetts Institute of Technology) 		Advances in Random Matrix Theory
June 19, 2012 Operator limits of random matrices
Benedek Valko (University of Wisconsin, Madison) 		Advances in Random Matrix Theory
June 26, 2012 Universality of eigenvalues distributions in the bulk
Ofer Zeitouni (University of Minnesota, Twin Cities) 		Advances in Random Matrix Theory
June 19, 2012 Transition in the Microscopic Eigenvalue Distribution of Random Self-Adjoint and Unitary Operators
Mihai Stoiciu (Williams College) 		Advances in Random Matrix Theory
June 26, 2012 Large N expansions in matrix models
Alice Guionnet (École Normale Supérieure de Lyon) 		Advances in Random Matrix Theory
June 20, 2012 Support properties of spectra of polynomials in Wigner matrices
Greg Anderson (University of Minnesota, Twin Cities) 		Advances in Random Matrix Theory
June 26, 2012 Concentration inequalities for non-lipschitz functions
Radoslaw Adamczak (University of Warsaw) 		Advances in Random Matrix Theory
June 20, 2012 Matrix Models for beta ensembles and their infinite limits
Bálint Virág (University of Toronto) 		Advances in Random Matrix Theory
June 27, 2012 Large N expansions in matrix models
Alice Guionnet (École Normale Supérieure de Lyon) 		Advances in Random Matrix Theory
June 20, 2012 The general beta hard edge
Brian Rider (University of Colorado) 		Advances in Random Matrix Theory
June 27, 2012 Universality of eigenvalues distributions in the bulk
Ofer Zeitouni (University of Minnesota, Twin Cities) 		Advances in Random Matrix Theory
June 21, 2012 Matrix Models for beta ensembles and their infinite limits
Bálint Virág (University of Toronto) 		Advances in Random Matrix Theory
June 27, 2012 Quantum diffusion and random band matrices
Antti Knowles (Harvard University) 		Advances in Random Matrix Theory
June 21, 2012 Support properties of spectra of polynomials in Wigner matrices
Greg Anderson (University of Minnesota, Twin Cities) 		Advances in Random Matrix Theory
June 27, 2012 Free Monotone Transport
Dimitri Shlyakhtenko (University of California, Los Angeles) 		Advances in Random Matrix Theory
June 21, 2012 The general beta hard edge
Brian Rider (University of Colorado) 		Advances in Random Matrix Theory
June 28, 2012 Lecture
Ofer Zeitouni (University of Minnesota, Twin Cities) 		Advances in Random Matrix Theory
January 31, 2012 Cobordisms: old and new
Ulrike Tillmann (University of Oxford) 		Second Abel Conference: A Mathematical Celebration of John Milnor
February 01, 2012 The Milnor Conjectures and Quadratic Forms
Parimala Raman (Emory University) 		Second Abel Conference: A Mathematical Celebration of John Milnor
February 01, 2012 A solution to the Arf-Kervaire invariant problem
Douglas Ravenel (University of Rochester) 		Second Abel Conference: A Mathematical Celebration of John Milnor
January 31, 2012 Geometric structures in dimension four
Gang Tian (Princeton University) 		Second Abel Conference: A Mathematical Celebration of John Milnor
January 30, 2012 Film Showing - Niles Johnson will screen his short film on the 7-dimensional exotic sphere
Niles Johnson (University of Georgia) 		Second Abel Conference: A Mathematical Celebration of John Milnor
January 30, 2012 Exotic spheres via topological modular forms
Mark Behrens (Massachusetts Institute of Technology) 		Second Abel Conference: A Mathematical Celebration of John Milnor
January 30, 2012 Dynamical Milnor
John Fornaess (University of Michigan) 		Second Abel Conference: A Mathematical Celebration of John Milnor
January 30, 2012 Around the genus-minimizing property of algebraic curves.
Peter Kronheimer (Harvard University) 		Second Abel Conference: A Mathematical Celebration of John Milnor
January 31, 2012 Diffeomorphism groups of some high dimensional manifolds.
Ib Madsen (University of Copenhagen) 		Second Abel Conference: A Mathematical Celebration of John Milnor
February 01, 2012 On the homology of Lie groups made discrete
Fabien Morel (Ludwig-Maximilians-Universität München) 		Second Abel Conference: A Mathematical Celebration of John Milnor
January 31, 2012 An overview of Heegaard Floer homology
Peter Ozsvath (Massachusetts Institute of Technology) 		Second Abel Conference: A Mathematical Celebration of John Milnor
June 18, 2012 Team 1: Touch sensing, Silhouettes, and “Polygons-of-Uncertainty”
Izhak (Zachi) Baharav (Corning Incorporated) 		Mathematical Modeling in Industry XVI — A Workshop for Graduate Students
June 18, 2012 Team 2: Validation of Service Concepts for Oil Drilling by Simulation
Efrossini Tsouchnika (Siemens AG) 		Mathematical Modeling in Industry XVI — A Workshop for Graduate Students
June 18, 2012 Team 4: Identifying sugars
Anthony Kearsley (National Institute of Standards and Technology) 		Mathematical Modeling in Industry XVI — A Workshop for Graduate Students
June 18, 2012 Team 5: Multi-objective design of a fuel tank
Laura Lurati (The Boeing Company) 		Mathematical Modeling in Industry XVI — A Workshop for Graduate Students
June 18, 2012 Team 7: Valuation of Over-the-Counter Derivatives with Collateralization
Ritchie He (Royal Bank of Canada) 		Mathematical Modeling in Industry XVI — A Workshop for Graduate Students
June 18, 2012 Team 6: Interactive Treatment Planning in Cancer Radiotherapy
Masoud Zaripisheh (University of California) 		Mathematical Modeling in Industry XVI — A Workshop for Graduate Students
June 18, 2012 Team 3: Azimuthal elastic inversion for fracture characterization
Jon Downton (CGGVeritas) 		Mathematical Modeling in Industry XVI — A Workshop for Graduate Students
June 22, 2012 (Theme 1) The origins and consequences of material microstructure
Kaushik Bhattacharya (California Institute of Technology) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 27, 2012 (Theme 4) Pattern formation and scaling laws in materials science
Felix Otto (Max-Planck-Institut für Mathematik in den Naturwissenschaften) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 25, 2012 (Theme 2) Self-similarity in kinetic mean-field models for coarsening phenomena
Barbara Niethammer (Rheinische Friedrich-Wilhelms-Universität Bonn) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 23, 2012 (Theme 3) Atomistic-to-continuum coupling methods for crystalline solids
Christoph Ortner (University of Warwick) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 27, 2012 (Theme 4) Gamma-convergence for pattern forming systems with competing interactions
Cyrill Muratov (New Jersey Institute of Technology) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 21, 2012 (Theme 3) Atomistic-to-continuum coupling methods for crystalline solids
Christoph Ortner (University of Warwick) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 23, 2012 (Theme 1) Two Kinds of Monoclinic-I Martensite and some Insight into the Microstructures they Form
Anja Schlömerkemper (University of Würzburg) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 27, 2012 (Theme 3) A Finite Element Method for Surface-Dominated Nanomaterials
Harold Park (Boston University) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 25, 2012 (Theme 4) Pattern formation and scaling laws in materials science
Felix Otto (Max-Planck-Institut für Mathematik in den Naturwissenschaften) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 23, 2012 (Theme 3) New continuum models of multi-lattices and their application in atomistic-to-continuum coupling
Brian Van Koten (University of Minnesota, Twin Cities) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 27, 2012 (Theme 3) Conclusion
Christoph Ortner (University of Warwick) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 25, 2012 (Theme 4) Pattern formation and scaling laws in materials science
Felix Otto (Max-Planck-Institut für Mathematik in den Naturwissenschaften) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 28, 2012 (Theme 2) Self-similarity in kinetic mean-field models for coarsening phenomena
Barbara Niethammer (Rheinische Friedrich-Wilhelms-Universität Bonn) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 25, 2012 (Theme 3) Recitation 2
Christoph Ortner (University of Warwick) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 28, 2012 (Theme 2) Self-similarity in kinetic mean-field models for coarsening phenomena
Barbara Niethammer (Rheinische Friedrich-Wilhelms-Universität Bonn) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 25, 2012 (Theme 1) Recitation 2
Kaushik Bhattacharya (California Institute of Technology) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 28, 2012 (Theme 2) On Global Stability for Lifschitz-Slyozov-Wagner like equations
Joe Conlon (University of Michigan) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 25, 2012 (Theme 1) The origins and consequences of material microstructure
Kaushik Bhattacharya (California Institute of Technology) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 28, 2012 (Theme 4) Recitation 2
Felix Otto (Max-Planck-Institut für Mathematik in den Naturwissenschaften) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 26, 2012 (Theme 2) Self-similarity in kinetic mean-field models for coarsening phenomena
Barbara Niethammer (Rheinische Friedrich-Wilhelms-Universität Bonn) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 28, 2012 (Theme 4) Pattern formation and scaling laws in materials science
Felix Otto (Max-Planck-Institut für Mathematik in den Naturwissenschaften) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 26, 2012 (Theme 3) Atomistic-to-continuum coupling methods for crystalline solids
Christoph Ortner (University of Warwick) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 29, 2012 (Theme 2) Recitation 2
Barbara Niethammer (Rheinische Friedrich-Wilhelms-Universität Bonn) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 21, 2012 (Theme 1) The origins and consequences of material microstructure
Kaushik Bhattacharya (California Institute of Technology) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 26, 2012 (Theme 4) Recitation 1
Felix Otto (Max-Planck-Institut für Mathematik in den Naturwissenschaften) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 29, 2012 (Theme 2) Coagulation, branching processes, and random shock-wave dynamics
Robert Pego (Carnegie-Mellon University) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 21, 2012 (Theme 3) Atomistic-to-continuum coupling methods for crystalline solids
Christoph Ortner (University of Warwick) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 26, 2012 (Theme 4) Pattern formation and scaling laws in materials science
Felix Otto (Max-Planck-Institut für Mathematik in den Naturwissenschaften) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 29, 2012 (Theme 2) Conclusion
Barbara Niethammer (Rheinische Friedrich-Wilhelms-Universität Bonn) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 22, 2012 (Theme 3) Recitation 1
Christoph Ortner (University of Warwick) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 26, 2012 (Theme 1) Criticality in plasticity and phase transitions
Lev Truskinovsky (École Polytechnique) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 29, 2012 (Theme 4) Conclusion
Felix Otto (Max-Planck-Institut für Mathematik in den Naturwissenschaften) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 22, 2012 (Theme 3) Atomistic-to-continuum coupling methods for crystalline solids
Christoph Ortner (University of Warwick) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 26, 2012 (Theme 1) Conclusion
Kaushik Bhattacharya (California Institute of Technology) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 22, 2012 (Theme 1) Recitation 1
Kaushik Bhattacharya (California Institute of Technology) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 27, 2012 (Theme 2) Recitation 1
Barbara Niethammer (Rheinische Friedrich-Wilhelms-Universität Bonn) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 22, 2012 (Theme 1) The origins and consequences of material microstructure
Kaushik Bhattacharya (California Institute of Technology) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 27, 2012 (Theme 2) Self-similarity in kinetic mean-field models for coarsening phenomena
Barbara Niethammer (Rheinische Friedrich-Wilhelms-Universität Bonn) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 29, 2012 (Theme 4) Upper bounds on coarsening rates in demixing binary viscous liquids
Christian Seis (University of Toronto) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
June 21, 2012 (Theme 1) The origins and consequences of material microstructure
Kaushik Bhattacharya (California Institute of Technology) 		NSF PIRE Summer School for Graduate Students: New frontiers in multiscale analysis and computing for materials
November 11, 2011 Fast Multi-Scale Algorithms for Representation and Analysis of Data and Potential Applications
Linda Ness (Telcordia) 		Fast Multi-Scale Algorithms for Representation and Analysis of Data and Potential Applications - Linda A. Ness
June 01, 2012 Dyadic harmonic analysis and weighted inequalities
Maria Pereyra (University of New Mexico) 		Workshop for Women in Analysis and PDE
May 30, 2012 Carleson measures and elliptic boundary value problems
Jill Pipher (Brown University) 		Workshop for Women in Analysis and PDE

Pages