Complexity, Volume 13

Volume 13, Number 1, September/October 2007

• Peter Schuster:
  A beginning of the end of the holism versus reductionism debate?: Molecular biology goes cellular and organismic. 10-13
  Electronic Edition (link) BibTeX

• Antony R. Crofts:
  Life, information, entropy, and time: Vehicles for semantic inheritance. 14-50
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• Harold Morowitz, Eric Smith:
  Energy flow and the organization of life. 51-59
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• Thomas J. Wheeler:
  Analysis, modeling, emergence & integration in complex systems: A modeling and integration framework & system biology. 60-75
  Electronic Edition (link) BibTeX

• Harold Morowitz:
  My favorite molecule. 8-9
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• Russ Abbott:
  Complex systems engineering: Putting complex systems to work. 10-11
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• Wolfgang Banzhaf, Nelishia Pillay:
  Why complex systems engineering needs biological development. 12-21
  Electronic Edition (link) BibTeX
• Jeffrey C. Way, Pamela A. Silver:
  Systems engineering without an engineer: Why we need systems biology. 22-29
  Electronic Edition (link) BibTeX
• Russ Abbott:
  Putting complex systems to work. 30-49
  Electronic Edition (link) BibTeX

• Gregory Hornby:
  Modularity, reuse, and hierarchy: Measuring complexity by measuring structure and organization. 50-61
  Electronic Edition (link) BibTeX
• Alfred W. Hübler, Kirstin C. Phelps:
  Guiding a self-adjusting system through chaos. 62-66
  Electronic Edition (link) BibTeX
• Alex J. Ryan:
  Emergence is coupled to scope, not level. 67-77
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• Jürgen Scheffran, Bruce Hannon:
  From complex conflicts to stable cooperation: Cases in environment and security. 78-91
  Electronic Edition (link) BibTeX

Volume 13, Number 2, November/December 2007

• Harold Morowitz:
  My favorite molecule. 8-9
  Electronic Edition (link) BibTeX

• Russ Abbott:
  Complex systems engineering: Putting complex systems to work. 10-11
  Electronic Edition (link) BibTeX

• Wolfgang Banzhaf, Nelishia Pillay:
  Why complex systems engineering needs biological development. 12-21
  Electronic Edition (link) BibTeX
• Jeffrey C. Way, Pamela A. Silver:
  Systems engineering without an engineer: Why we need systems biology. 22-29
  Electronic Edition (link) BibTeX
• Russ Abbott:
  Putting complex systems to work. 30-49
  Electronic Edition (link) BibTeX

• Gregory Hornby:
  Modularity, reuse, and hierarchy: Measuring complexity by measuring structure and organization. 50-61
  Electronic Edition (link) BibTeX
• Alfred W. Hübler, Kirstin C. Phelps:
  Guiding a self-adjusting system through chaos. 62-66
  Electronic Edition (link) BibTeX
• Alex J. Ryan:
  Emergence is coupled to scope, not level. 67-77
  Electronic Edition (link) BibTeX
• Jürgen Scheffran, Bruce Hannon:
  From complex conflicts to stable cooperation: Cases in environment and security. 78-91
  Electronic Edition (link) BibTeX

Volume 13, Number 3, January/February 2008

• Alfred W. Hübler:
  "Homeopathic" dynamical systems. 8-11
  Electronic Edition (link) BibTeX

• Allen Hunt:
  A new conceptual model for forest fires based on percolation theory. 12-17
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• Philip Fraundorf:
  Thermal roots of correlation-based complexity. 18-26
  Electronic Edition (link) BibTeX

• Robert G. Reynolds, Bin Peng, Mostafa Z. Ali:
  The role of culture in the emergence of decision-making roles: An example using cultural algorithms. 27-42
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• Thomas Filk, Albrecht von Müller:
  Evolutionary learning of small networks. 43-54
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