About the Book: No science has ever been done without an indissoluble link between theory and fact: facts are colored by the theoretical spectacles one puts on, just as much as theory is shaped by the results of empirical observation. Theoretical biology is a broad and rapidly growing field where this link is actually explored with passion and discipline. The chapters of this book have been chosen to give the student of theoretical biology the flavor of current exciting research in the field.
About the Book: No science has ever been done without an indissoluble link between theory and fact: facts are colored by the theoretical spectacles one puts on, just as much as theory is shaped by the results of empirical observation. Theoretical biology is a broad and rapidly growing field where this link is actually explored with passion and discipline. The chapters of this book have been chosen to give the student of theoretical biology the flavor of current exciting research in the field.
About the Santa Fe Institute Thinking about Biology: An Introductory Essay The Emergence of Life Defining the Transition to Life: Self Replicating Bounded Structures and Chemical Autopoiesis The Organism as a Dynamical System Designing Bacteria Structural Patterns in Macromolecules Development as a Robust Natural Process Development as a Robust Natural Process Generation of Morphological Patterns: The Mechanical Ways to Create Regular Structures in Embryonic Development Gastrulation and the Evolution of Development Biological Organization, Coherence, and Light Emission from Living Organisms What is the Immune Network For? Randomness and Pattern Scale in the Immune Network: A Cellular Automata Approach Species and Societies: Communication Among Multiple Agents Self Organized Criticality and Gaia Requirements for Evolvability in Complex Systems: Orderly Dynamics and Frozen Components Modeling the Behavior of Ant Colonies as an Emergent Property of a System of Ant Ant Interactions
About the Santa Fe Institute Thinking about Biology: An Introductory Essay The Emergence of Life Defining the Transition to Life: Self Replicating Bounded Structures and Chemical Autopoiesis The Organism as a Dynamical System Designing Bacteria Structural Patterns in Macromolecules Development as a Robust Natural Process Development as a Robust Natural Process Generation of Morphological Patterns: The Mechanical Ways to Create Regular Structures in Embryonic Development Gastrulation and the Evolution of Development Biological Organization, Coherence, and Light Emission from Living Organisms What is the Immune Network For? Randomness and Pattern Scale in the Immune Network: A Cellular Automata Approach Species and Societies: Communication Among Multiple Agents Self Organized Criticality and Gaia Requirements for Evolvability in Complex Systems: Orderly Dynamics and Frozen Components Modeling the Behavior of Ant Colonies as an Emergent Property of a System of Ant Ant Interactions
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