Table of Contents: Foreword
1) Living with Radical Uncertainty: The Exemplary Case of Folding Protein, pp. 1-9
(Ignazio Licata)
2) The Limits of Atomism, the Bohm Way of a New Ontology, pp. 11-19
(Ryo Morikawa)
3) Doing Mathematics about and with the Brain, pp. 21-55
(Michael Arbib)
4) Physics of Life from First Principles, pp. 57-132
(Michail Zak)
5) Theoretical Physics of DNA: New Ideas and Tendencies in
the Modeling of the DNA Nonlinear Dynamics, pp. 133-149
(Yakushevich L.V)
6) Mathematical and Data Mining Contributions to Dynamics and Optimization of Gene-Environment Networks, pp. 151-180
(Gerhard-Wilhelm Weber, Pakize Taylan , Basak Akteke-Oztürk, and Omür Ugur)
7) Folding Proteins:(How to Set up an Effcient Metrics for
Dealing with Complex Systems), pp. 181-190
(Alessandro Giuliani)
8) The (unfortunate) complexity of the economy, pp. 191-197
(Jean-Philippe-Bouchaud)
9) Evolution of Norms in a Multi-Level Selection Model of Conflict and Cooperation, pp. 199-212
(M. Pacheco, F. C. Santos and F. A. C. C. Chalub)
10) Dynamics of Coupled Players and the Evolution of Synchronous Cooperation-Dynamical Systems Games as General Frame for Systems Inter-Relationship, pp. 213-227
(Eizo Akiyama)
11) Fractal Time, Observer Perspectives and Levels of Description
in Nature, pp. 229-254
(Susie Vrobel)
Index |