Why Does Biological Evolution Work? A Minimal Model for Biol

Stephen Wolfram explores simple models of biological organisms as computational systems. A study of progressive development, multiway graphs of all possible paths and the need for narrowing the framework space.

Related Keywords

Thomas Ray , Richard Dawkins , Nils Barricelli , Christian Jacob , Elizabeth Wolfram , Donald Hebb , Jack Good , Jonathan Gorard , Stephenj Gould , Mark Kotanchek , David Goldberg , Nigel Goldenfeld , Stuart Kauffman , Christopher Wolfram , Chris Langton , Charles Darwin , John Maynard Smith , Pattie Maes , Richard Assar , Monte Carlo , Catherine Wolfram , Walter Pitts , Sydney Brenner , Brian Silverman , John Holland , Norman Packard , Sewall Wright , Robert Rosen , Brad Klee , Warren Mcculloch , Gregor Mendel , Nik Murzin , John Novembre , Arthur Burks , Alan Perelson , John Koza , Hyman Hartman , Philip Rosedale , Karl Sims , Richard Friedberg , Terry Sejnowski , Melanie Mitchell , Aristid Lindenmayer , Jim Crutchfield , George Oster , Ibm , Summer School , Multiway Graph , All Possible Mutation , Physics Project , Whole Space , Exhaustive Search , Computational Equivalence , Theoretic Perspectives , Second Law , Blind Watchmaker , Greg Chaitin , Wolfram Language , Los Alamos , New Kind , Katja Della Libera , Bill Mydlowec , Pedro De Oliveira ,