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Audio and/or slides are available for talks given during the following events
at the Fields Institute during the year July 2008 - June 2009. (For other years, please
consult the index of previous years).
Various Dates Throughout the Year
September 2008
August 2008
July 2008
- September 29, 2008: Shou-Wu Zhang, Columbia University:
Periods, Heights, L-values
- September 30, 2008: Shou-Wu Zhang, Columbia University:
Periods, Heights, L-values
- October 1, 2008: Shou-Wu Zhang, Columbia University:
Periods, Heights, L-values
- August 6, 2008: Martin Nowak, Harvard:
Somatic Evolution of Cancer
- August 7, 2008: Martin Nowak, Harvard:
Evolution of Cooperation
- August 8, 2008: Martin Nowak, Harvard:
Prevolutionary Dynamics (the origin of life)
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- Claude Bardos, University of Paris VI:
Remarks on Navier Stokes and Euler Equation
- Lia Bronsard, McMaster University:
On the mixed state in anisotropic superconductors
- Gui-Qiang Chen, Northwestern University:
Shock Reflection-Diffraction Phenomena, Transonic Flow, and Free Boundary Problems
- Costas Dafermos, Brown University:
Hyperbolic Conservation Laws with Weak Dissipation
- Susan Friedlander, University of Southern California:
Energy Conservation and Onsager's Conjecture for the Euler Equations
- Irene M. Gamba, The University of Texas at Austin:
Sharp estimates for the Boltzmann Equation
- Manoussos Grillakis, The University of Maryland:
Correlation Estimates and Applications to Schroedinger Equations
- Yan Guo, Brown University:
Boltzmann equation in bounded domains
- Tom Hou, California Institute of Technology:
On the stabilizing effect of convection in 3D incompressible flows
- Izabella Laba, The University of British Columbia:
Arithmetic progressions in sets of fractional dimension
- Peter Lax, Courant Institute of Mathematical Sciences, New York University:
Spectral Representation and Translation Representation
- Louis Nirenberg, Courant Institute of Mathematical Sciences, New York University:
Some remarks on nonlinear second order elliptic equations
- Kevin Payne, Universita di Milano:
Weak well-posedness of the Dirichlet problem for equations of mixed elliptic-hyperbolic type
- Sylvia Serfaty, Courant Institute of Mathematical Sciences, NYU and Universite Pierre et Marie Curie:
From the Ginzburg-Landau energy to vortex lattice problems
- Jalal Shatah, Courant Institute of Mathematical Sciences:
Space Time Resonances
- Gigliola Staffilani, Massachusetts Institute of Technology:
Kato's smoothing effect for solutions to the  capillary water-wave problem
- Walter Strauss, Brown University:
Two Problems: Nonlinear Wave Scattering and Plasma Stability
- S.R.S Varadhan, Courant Institute of Mathematical Sciences:
Large deviations for Random walks in a Random Environment
- Horng-Tzer Yau, Harvard University:
Lower bounds on the blow-up rate of the axisymmetric Navier-Stokes equations
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- Yves Boucher, Harvard Medical School:
Experimental
- Dan Gallahan, National Cancer Institute:
Introduction
- Robert A. Gatenby, University of Arizona:
Modeling
- James Glazier:
Selected Talk
- Abhijit Guha, University of Toronto:
Clinical
- Richard P Hill, University of Toronto:
Clinical
- Mohammad Kohandel, University of Waterloo:
Modeling
- Natalia Komarova, University of California:
Modeling
- Steven McDougall, University of Edinburgh:
Modeling
- Michael F Milosevic, University of Toronto:
Clinical
- Sheila K. Singh, McMaster University:
Clinical
- Dwayne Stupack, University of California:
Experimental
- Lei Xu, University of Rochester:
Experimental
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- Amir Asif, York:
Application of Time Reversal Signal Processing in Radiotherapy
- Bernhard Bodmann, Houston:
Machine learning for automated classification in cell microscopy
- Xin Gao, York:
Model Selection and Network Construction For High-Throughout Biological Data
- David Jaffray, Princess Margaret Hospital:
tba
- Corina Drapaca on behalf of Hengguang Li:
Preliminary Results in MRE: a Finite Element Approach
- Eva Lee, Georgia Tech:
Robust Optimization to Accommodate Effects of Systematic Treatment Uncertainties in Intensity-Modulated Radiation Therapy
- Roderick Melnik, Wilfrid Laurier:
Studying Properties of RNA Nanostructures and Their Potential Applications
- Nataliya Portman, Waterloo:
Estimation of growth parameters of the Drosophila's wing disc development from a sequence of micrographs using the Growth as Random Diffeomorphisms Model
- Abbas Samani, Western Ontario:
Fast Finite Element Technique for Real-time Biomedical Applications
- Colin Studholme, UC San Francisco:
In utero mapping of brain tissue growth patterns from clinical MRI of developing human fetuses: An emerging field of image analysis research
- Eli Van Houten, Canterbury:
Model Based Reconstructive Elasticity Imaging: Finding a Best Fit Between Imaging Goals and Computational Methods
- Yuriy Zinchenko, McMaster:
Multiple gEUD-type constraints for radiotherapy optimization
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- Thomas Barford, Mapleridge Capital:
Problem 5: Mapleridge Capital / Fields-MITACS Problem
- Zongxi Cai, Department of Mechanics, Tianjin University:
Problem 1: Interfacial Behavior in Tunnel Engineering
- Luis Garcia Dominguez, Hospital for Sick Children:
Problem 6: High local synchronization in brain recordings: natural or artifactual?
- Seyed Moghadas, NRC-Institute for Biodiagnostics and the University of Winnipeg:
Problem 2: Optimal Use of Drug Supply during Pandemic Influenza
- Sanjive Qazi, Gustavus Adolphus College:
Problem 4: Discovery and assessment of new target sites for anti-HIV therapies: an approach to utilize genome wide gene expression changes and computational models
- Wil Schilders, NXP Semiconductors Research:
Problem 3: Construct stable, passive and realizable reduced order models for electronic circuits
- Scott Warlow, Manulife:
Problem 7: The Evaluation of Target Date Funds
- Daily Summary:
Problems 1 - 7
- Daily Summary - August 13, 2008:
Problems 1 -7
- Northern Heavy Industries Group Co., Ltd:
Problem 1 Results: Tunnel Boring
- NRC Winnipeg:
Problem 2 Results: NRC Winnipeg
- NXP Semiconductors:
Problem 3 Results: NXP Semiconductors
- Gustavus Adolphus College:
Problem 4 Results: anti-HIV
- Mapleridge Capital:
Problem 5 Results: Mapleridge
- The Hospital for Sick Children:
Problem 6 Results: Hospital for Sick Kids
- Manulife:
Problem 7 Results: Manulife
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- Alejandro Adem, University of Britsh Columbia:
Simplicial Spaces of Homomorphisms
- Chris Brav, Queen's University:
The projective McKay correspondence
- Mike Davis, Ohio State University:
Compactly supported cohomology of buildings
- Fred Cohen, University of Rochester:
On generalized moment-angle complexes, their properties, and applications
- Corrado de Concini, University of Rome:
Vector partition functions and index of transversally elliptic operators
- Igor Dolgachev, University of Michigan:
Moduli spaces of hyperplane arrangements
- Michael Falk, Northern Arizona University:
On vanishing products in Orlik-Solomon algebras
- Eva-Maria Feichtner, University of Bremen:
Arrangements and tropical geometry
- Joel Kamnitzer, University of Toronto:
Braid group actions on derived categories of coherent sheaves with applications to knot homology
- Toshitake Kohno, The University of Tokyo:
Bar complex of Orlik-Solomon algebra and rational universal holonomy maps
- Daniel Matei, IMAR:
Fundamental groups of smooth algebraic varieties
- Richard Randell, University of Iowa:
Homotopy and local system homology for arrangements
- Jan-Erik Roos, Stockholm University:
Complex Hyperplane Arrangements having Unexpected Homological Properties.
- Mario Salvetti, University of Pisa:
A method for local system cohomology of an Hyperplane complement
- Hal Schenck, University of Illinois at Urbana-Champaign:
"The Orlik-Terao algebra and 2-formality"
- Alexander Suciu, Northeastern University:
Spectral sequences and homology with local coefficients
- Hiroaki Terao, Hokkaido University:
Totally free arrangements of hyperplanes
- A. Varchenko, University of North Carolina, Chapel Hill:
Transversality in Schubert calculus and the Gaudin model
- Masahiko Yoshinaga, Kobe University:
Periods and computational complexity of real numbers.
- Thomas Zaslavsky, Binghamton University:
Topological hyperplane arrangements
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- Robyn Araujo, George Mason University:
Combination Therapies: Insights from Mathematical Modeling
- Khalid Boushaba, Iowa State:
Mathematical modeling of angiogenesis in the zebrafish embryo
- Lloyd Demetrius, Harvard:
Cancer in Mice and Men: a comparison
- James Glazier, Indiana:
Simple Modeling of Avascular and Vascular Tumors Using the GGH Model and CompuCell3D
- Richard Hill, Ontario Cancer Institute:
Cancer stem cells in tumours
- David Hodgson, PMH:
Learning from the Fat Man: Modeling Radiation-related Second Cancer Risk for Clinical Use
- Yi Jiang, Los Alamos:
Multiscale modeling for tumor angiogenesis
- Philip Jones, Cambridge Cancer Ctr.:
The self assembling stem cell niche: a new model of epidermal homeostasis
- Rama Khokha, Ontario Cancer Institute:
Functional and Biological Variables in Metastasis
- Mike Milosevic, PMH:
Angiogenesis, Interstitial Fluid Dynamics and Hypoxia in Tumors
- Leonard Sander, Michigan:
Micromechanics of collagen-gels and invasion by glioma cells
- Shiladitya Sengupta, MIT:
Spatiotemporal targeting of tumor parenchyma and stroma by hybrid nanoparticles
- Jack Tuszynski, Cross Cancer Inst:
MD and QMMM modeling successfully predict binding and effectiveness of novel colchicine derivatives against multiple cancer cell lines
- Zhihui Wang, Harvard-MIT,HST:
Multiscale Lung Cancer Modeling
- Glenn F. Webb, Vanderbilt:
Models of Tumor Growth in vitro
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