tion to Probability Theory and Its Applications. Wiley. NY. Vol. |., Chapter 3 Fermi, E., Pasta, J., Ulam, S. (1955): Studies of nonlinear problems. Los Alamos Scientific Laboratory Report # 1940 Fessard, A., Gerard, R.,W. , Konorski, J. (1961) (eds) Brain Mechanisms and Learning. Blackwell, Oxford. Flory,

ng nonlinear systems resulted in unanticipated coherence rather than unpredictable disorder. Using one of the early “high speed” digital computers at Los Alamos, MANIC I, Enrico Fermi with Pasta and Ulam (1955) attempted to obtain a many-body statistical thermodynamic equilibrium analogous to heat generated n

d roboticist, I don’t call myself one”). He began as a physicist. “I turned out to be a bad physicist,” he told me recently. “T struggled on, went to Los Alamos, and thought, ‘Well maybe I’m not going to be a Nobel Prize winner, but I can still be a scientist.’ All of us who were in Physics and had these roma

d roboticist, I don’t call myself one”). He began as a physicist. “I turned out to be a bad physicist,” he told me recently. “T struggled on, went to Los Alamos, and thought, ‘Well maybe I’m not going to be a Nobel Prize winner, but I can still be a scientist.’ All of us who were in Physics and had these roma