2005
Jan. 18 -host: N. Buchler
Jan. 25 -host: E. Siggia
Jan. 26 Special: WEDNESDAY, 4pm! -host: E. Siggia
Feb. 4 Special: FRIDAY, 2pm! -host: S. Leibler
Feb. 8 Special: TUESDAY, 2:30-3:30pm! -host: E. Kussell
Feb. 14 Special: MONDAY, 2:30-3:30pm! -host: E. Siggia
Feb. 15 -host: E. Siggia
Feb. 17 Special: THURSDAY, 4pm! -host: E. Kussell
Feb. 22 -host: N. Buchler
Feb. 28 Special: MONDAY, 2:30-3:30pm! -host: E. Siggia
Mar. 1 -host: N. Buchler
Mar. 2 Special: WEDNESDAY, 4pm! -host: E. Siggia
Mar. 8 -host: E. Kussell
Mar. 15 -host: E. Cohen
Mar. 23 Special: WEDNESDAY, 4pm! -host: E. Kussell
Mar. 29 -host: N. Buchler
Apr. 4 Special: MONDAY, 2pm! -host: E. Cohen
Apr. 5 -host: N. Buchler
Apr. 12 -host: N. Buchler
Apr. 19 -host: E. Segal
Apr. 26 -host: E. Kussell
May 3 -host: N. Buchler
May 11 Special: WEDNESDAY, 4pm! -host: N. Buchler
May 12 Special: THURSDAY, 4pm! -host: N. Buchler
May 17 -host: E. Kussell
May 23 Special: MONDAY, 2pm! -host: N. Buchler
May 24 -host: E. Kussell
May 31 -host: M. Magnasco
Jun 7 -host: E. Kussell
Special Lecture Series: `Algorithmic information: complexity from Leibniz to Omega' Jun 6 MONDAY, 2pm! -host: A. Libchaber
Jun 8 WEDNESDAY, 4pm! -host: A. Libchaber
Jun 9 THURSDAY, 4pm! -host: A. Libchaber
Jun 21 -host: E. Kussell
Charles Peskin
Courant Institute
A tissue, not a network: Computational neuroscience by the drift-diffusion equation
Abstract
Amos Tanay
Tel Aviv University
New computational tools, old biological principles: exploring complex regulatory networks and their evolution
John Wakeley
Harvard
Gene genealogies in geographically structured populations
Florian Engert
Harvard
Visual processing in young zebrafish
Thorsten Ritz
UC Irvine
Magnetic sensors in migratory birds and plants: mechanism and candidate receptor molecules
Hunter Fraser
UC Berkeley
Noise and neurodegeneration: A genomic perspective
Boris Shraiman
UC Santa Barbara
Physical aspects of growth control in development
Daniel Riveline
Universite Joseph Fourier
Nucleation and growth of cell contacts
Peter Arndt
Max Planck Institute for Molecular Genetics
Reconstructing the evolutionary history of mammalian genomes
Kobi Benenson
Weizmann Institute
Molecular automata: 'smart' components of biological networks
Stas Shvartsman
Princeton
Pattern formation in developing epithelial layers
Kalin Vetsigian
University of Illinois at Urbana-Champaign
Global diversification of bacterial genomes mediated by propagating fronts
Richard Lewontin
Harvard
Varieties of constraint and selection on DNA sequences
Norman Zabusky
Rutgers
FPU, solitons and the fabric of nonlinear and computational science: History, synergetics and visiometrics
Alexander Grosberg
University of Minnesota
Effects of global topology on local geometry in a polymer loop
Philippe Cluzel
Chicago
The logic of adaptation in a single bacterium
Christian Van den Broeck
Limsburg University Centrum
From Maxwell demon to Brownian motor
Jose Vilar
Sloan Kettering
Signal processing in the TGF-beta superfamily ligand-receptor network: switching from suppressor to promoter of cell growth
Tom Weinacht
Stony Brook
Learning chemistry from a genetic algorithm: Interpreting laser control of molecular fragmentation
Saeed Tavazoie
Princeton
Towards a systematic mapping of phenotypic traits to genes
David Reichman
Columbia
What do we understand about the glass transition?
Howard Berg
Harvard
Do FRET: Using fluorescence energy transfer to study E. coli chemotaxis
Mark Goulian
University of Pennsylvania
Imaging, modeling, perturbing, and evolving two-component signaling in E. Coli
Herbie Levine
UC San Diego
A new round of conceptual modeling of eukaryotic chemotaxis
Przemyslaw Prusinkiewicz
University of Calgary
Multiscale modeling of plants: from molecules to plant architectures
Erik van Nimwegen
University of Basel
Inferring regulatory design principles using comparative genomics
Michael Doebeli
University of British Columbia
Adaptive speciation: Theory and evolutionary experiments
Jorge Jose
Northeastern University
Synchronicity and the problem of visual attention
Hava Siegelmann
University of Massachusetts, Amherst
Genetics networks: from computational complexity to systems biology
Greg Chaitin
IBM, TJ Watson Research Center
Leibniz and complexity & can there be a mathematical theory of evolution?
Elegant programs and incompleteness, static versus dynamic views of math, role of intuition and creativity, experimental math, is math quasi-empirical? What is Omega = the halting probability, and why are its bits mathematical facts that are true for no reason?
More technical matters, including algorithmic probabilities and relative and mutual information, conclusion
Emmanuel Tannenbaum
Harvard
Equilibrium distribution of mutators in the single fitness peak
Center for Studies in Physics and Biology
Rockefeller University
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