Molecular Errors, Cryptic Sequences, and Evolvability

Published on ● Video Link: https://www.youtube.com/watch?v=G7loYnw7asU



Duration: 53:45
282 views
2


Joanna Masel, University of Arizona
Computational Theories of Evolution
http://simons.berkeley.edu/talks/joanna-masel-2014-03-17




Other Videos By Simons Institute for the Theory of Computing


2014-03-27A New Research Program: Evolutionary Neurodynamics
2014-03-27Measurement Scale and the Dissipation of Information Shape Biological Pattern
2014-03-27How to Treat Evolutionary Algorithms as Ordinary Randomized Algorithms
2014-03-27Evolution of Dynamic Models for Embryonic Patterning and Their Geometric Representation
2014-03-27Birth and Death of Fragile Chromosomal Regions in Mammalian Evolution
2014-03-27Variation in Regulatory Information Within and Between Species
2014-03-27Interaction-based Evolution: How Natural Selection and Non-accidental Mutation Work Together
2014-03-27What Limits the Efficiency of Natural Selection?
2014-03-27Presentation of Evolution and Algorithms
2014-03-27The Evolution of Evolvability
2014-03-27Molecular Errors, Cryptic Sequences, and Evolvability
2014-03-27Presentation of Evolvability
2014-03-20Quantum Hamiltonian Complexity
2014-03-06Verification of BosonSampling Devices
2014-03-06A Tensor Network View of Kitaev's Lower Bound for Strong Coin Flipping
2014-03-06Quantum and Classical Coin-flipping Protocols Based on Bit-commitment and their Point Games
2014-03-06Quantum Cryptography: From Theory to Practice
2014-03-06Quantum Weak Coin Flipping with Arbitrarily Small Bias
2014-03-06A Parallel Repetition Theorem for Entangled Two-player One-round Games Under Product Distributions
2014-03-06Parallel Repetition of Entangled Games with Exponential Decay via the Superposed Information Cost
2014-03-06Direct Products and Parallel Repetition



Tags:
Simons Institute
Evolutionary Biology
UC Berkeley
computer science
theory of computing
Joanna Masel