Videos

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Uniquely biological challenges for rheology Thumbnail

Uniquely biological challenges for rheology

Presenter
  • M. Gregory Forest
September 17, 2009
IMA
"Applied topology: motivations from data" point-set topology intro motivations from data, statistics, biology, etc. Thumbnail

"Applied topology: motivations from data" point-set topology intro motivations from data, statistics, biology, etc.

Presenter
  • Gunnar Carlsson
June 15, 2009
IMA
Probing the prion hydration by Molecular dynamics simulations: from native via misfolded to amyloid conformations Thumbnail

Probing the prion hydration by Molecular dynamics simulations: from native via misfolded to amyloid conformations

Presenter
  • Alfonso De Simone
December 8, 2008
IMA
Bayesian Network Algorithms for Revealing Structure of Complex Biological Networks Thumbnail

Bayesian Network Algorithms for Revealing Structure of Complex Biological Networks

Presenter
  • Victoria Stokes
March 5, 2008
IMA

Alpha-helical Topology and Tertiary Structure Prediction of Globular Proteins

January 14, 2008
IMA

Alpha-helical Topology and Tertiary Structure Prediction of Globular Proteins

January 14, 2008
IMA
Alpha-helical Topology and Tertiary Structure Prediction of Globular Proteins Thumbnail

Alpha-helical Topology and Tertiary Structure Prediction of Globular Proteins

Presenter
  • Christodoulos Floudas
January 14, 2008
IMA
Feynman Diagrams, RNA Folding, and the Transition Polynomial Thumbnail

Feynman Diagrams, RNA Folding, and the Transition Polynomial

Presenter
  • Yongwu Rong
October 31, 2007
IMA
Algebra, Statistics, Computation, and Biology Thumbnail

Algebra, Statistics, Computation, and Biology

Presenter
  • Bernd Sturmfels
October 9, 2007
IMA
Challenges in imaging cell walls Thumbnail

Challenges in imaging cell walls

Presenter
  • Chris Somerville
May 17, 2007
SLMath
Open Problems in Algebraic Statistics Thumbnail

Open Problems in Algebraic Statistics

Presenter
  • Bernd Sturmfels
March 5, 2007
IMA
Reducing Neuronal Systems to Discrete Dynamics Thumbnail

Reducing Neuronal Systems to Discrete Dynamics

Presenter
  • David Terman
January 26, 2007
SLMath