Videos

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Modeling the mammalian circadian clock: from single cells to cell populations

Presenters
  • Didier Gonze
  • Didier Gonze
October 28, 2010
MBI

Wavelet Analysis of Circadian Oscillations

Presenter
  • Tanya Leise
October 28, 2010
MBI
Distinguished Classes in the Underlying Homotopy of MU^{((G))} Thumbnail

Distinguished Classes in the Underlying Homotopy of MU^{((G))}

Presenter
  • Nitya Kitchloo
October 27, 2010
SLMath
The Norm Functor and MU^{((G))} Thumbnail

The Norm Functor and MU^{((G))}

Presenter
  • Haynes Miller
October 27, 2010
SLMath

Amplitude/Temperature-Compensation: Data and Models

Presenter
  • Stuart Brody
October 27, 2010
MBI

Can mathematical analysis help uncover the design principles behind circadian rhythms?

Presenter
  • David Rand
October 27, 2010
MBI

Homeostatic and Oscillatory Mechanisms in Plant and Fungal Nitrate Assimilation

Presenter
  • Peter Ruoff
October 27, 2010
MBI
The Slice Spectral Sequence for C_2 and C_4 Thumbnail

The Slice Spectral Sequence for C_2 and C_4

Presenter
  • Igor Kriz
October 26, 2010
SLMath
The Homology of Slice Cells: the Gap Theorem Thumbnail

The Homology of Slice Cells: the Gap Theorem

Presenter
  • Teena Gerhardt
October 26, 2010
SLMath
Introduction to the Slice Tower: The Slice Theorem Thumbnail

Introduction to the Slice Tower: The Slice Theorem

Presenter
  • Michael Hill
October 26, 2010
SLMath

Mathematical modeling of cell cycle and circadian rhythms as a coupled oscillator

Presenter
  • Chris Hong
October 26, 2010
MBI
Introduction to Equivariant Homotopy II Thumbnail

Introduction to Equivariant Homotopy II

Presenter
  • John Greenlees
October 26, 2010
SLMath