Videos

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Ground States of the 2D Edwards-Anderson Spin Glass Thumbnail

Ground States of the 2D Edwards-Anderson Spin Glass

Presenter
  • Michael Damron
November 5, 2010
IAS

Amplitude/Temperature-Compensation: Data and Models

Presenter
  • Stuart Brody
October 27, 2010
MBI

Kinesin-Microtubule Interactions: Transport and Spindle Formation

Presenter
  • Peter Bates
August 30, 2010
MBI

The conserved L5 loop establishes the pre-powerstroke conformation of the kinesin-5 motor, Eg5

Presenter
  • Sarah Rice
April 12, 2010
MBI
Total variation, relaxation & convex optimization for image segmentation & graph clustering Thumbnail

Total variation, relaxation & convex optimization for image segmentation & graph clustering

Presenter
  • Xavier Bresson
October 5, 2009
IMA
Team 3: Social and communication networks Thumbnail

Team 3: Social and communication networks

Presenter
  • Eric van den Berg
August 5, 2009
IMA
Solvation and the energetics of protein folding Thumbnail

Solvation and the energetics of protein folding

Presenter
  • Robert Baldwin
December 8, 2008
IMA
Mathematical problems suggested by Analog-to-Digital conversion Thumbnail

Mathematical problems suggested by Analog-to-Digital conversion

Presenter
  • Ingrid Daubechies
October 30, 2008
IMA
Discrete Optimization Under Moment Uncertainty: Complexity, Persistency and Asymptotics Thumbnail

Discrete Optimization Under Moment Uncertainty: Complexity, Persistency and Asymptotics

Presenter
  • Dimitris Bertsimas
January 19, 2007
IMA
Universal Laws and Architectures: Theory and Lessons from Brains, Nets, Hearts, Bugs, Grids, Flows, and Zombies Thumbnail

Universal Laws and Architectures: Theory and Lessons from Brains, Nets, Hearts, Bugs, Grids, Flows, and Zombies

Presenter
  • John Doyle
November 16, 2015
IMA
Universal Laws and Architectures: Theory and Lessons from Brains, Nets, Hearts, Bugs, Grids, Flows, and Zombies Thumbnail

Universal Laws and Architectures: Theory and Lessons from Brains, Nets, Hearts, Bugs, Grids, Flows, and Zombies

Presenter
  • John Doyle
October 2, 2015
IMA
A new class of adaptive discontinuous Petrov-Galerkin (DPG) finite element (FE) methods with application to singularly perturbed problems Thumbnail

A new class of adaptive discontinuous Petrov-Galerkin (DPG) finite element (FE) methods with application to singularly perturbed problems

Presenter
  • Leszek Demkowicz
November 2, 2010
IMA