Emergence

Paul Humphreys is Commonwealth Professor of Philosophy and co-Director of the Center for the Study of Data and Knowledge at the University of Virginia. Co-editor of the widely used collection Emergence: Contemporary Readings in Science and Philosophy, his current research interests include computational science, data analytics in science and the humanities, probability, causality, and explanation.

• Preamble 1. Basic Features of Emergence §1.0 Introduction §1.0.1 The General Approach§1.1 A General Strategy §1.1.1 Method §1.1.2 Models and Reality§1.2 Generative Atomism §1.2.1 An Aside on Eddington's Tables §1.2.2 Generalizations§1.3 Checkers World §1.4 Atomism §1.4.1 Immutability §1.4.2 Indivisibility §1.4.3 Distinguishability §1.4.4 What Counts as an Atom?§1.5 Criteria for Emergence §1.5.1 The First Feature: Emergence is Relational§1.5.2 The Second and Third Features: Novelty and Autonomy §1.5.3 Holism §1.6 A Taxonomy for Emergence §1.6.1 Inferential Emergence §1.6.2 Conceptual Emergence §1.6.3 Ontological Emergence §1.6.4 The Temporal Taxonomy§1.7 Examples of Emergence §1.8 Other Approaches to Emergence §1.8.1 Emergence as Unexplainability. §1.8.2 Nomological Emergence. §1.8.3 Emergence as a Result of Essential Interactions §1.8.4 Emergence as Non-Definability. §1.9 The Rarity Heuristic 2. Ontological Emergence§2.0 Ontological Emergence §2.1 Transformational Emergence §2.1.1 A Possible Example of Transformational Emergence§2.2 Fusion Emergence §2.2.1 The Money Example: Fusion without Emergence §2.2.2 The Probability Example: Failure of Supervenience without Fusion §2.2.3 The Representation of Fusion §2.2.4 Defusion §2.2.5 Examples§2.3 Arguments Against Fusion §2.4 The Origins of the Universe Argument 3. Ancestors and Relatives§3.0 Mill and Broad on Emergence §3.1 Internal and External Relations §3.1.1 G.E. Moore §3.1.2 Lewis's Definitions §3.1.3 Relationism, Holism, and Interactions Appendix §3.2 Levels§3.3 Downward Causation §3.3.1 Cube World§3.4 Holism, Contextualism, and Transformation §3.4.1 Transformation Revisited §3.4.2 Contextualism and Compositionality §3.4.3 Generative Atomism Again 4. Inferential Emergence §4.0 A Definition§4.1 Pattern Emergence§4.1.1 Nonrandomness§4.1.2 Self-Organization §4.1.3 Generation and Stability §4.1.4 Pattern Emergence Need Not Be Discontinuous §4.1.5 Pattern Emergence is Historical §4.1.6 Properties of Pattern Emergence §4.1.7 Multiple Instantiability and Multiple Realizability§4.2 Weak Emergence §4.2.1 Illustrations: Bird Flocking and Traffic Jams §4.2.2 Assessment §4.2.3 Weak Emergence as Explanatory Incompressibility §4.2.4 Weak Emergence and Explanation 5. Conceptual Emergence§5.0 Conceptual Innovation §5.1 Reduction and Construction §5.1.1 A Turn to Ontology§5.2 Philosophical Counterparts to Constructionism§5.3 Functional Reduction 6. Philosophical Topics Related to Emergence §6.0 Physicalism § 6.0.1 Motivations for Physicalism § 6.0.2 Limit Physics§6.1 Emergence as Supervenience §6.1.1 Nomological Supervenience §6.1.2 Why Use Supervenience? §6.1.3 Supervenience Definitions §6.1.4 Nomological or Logical Necessitation? §6.1.5 Supervenience is Not Explanatory §6.1.6 Humean Supervenience§6.2 Fundamentality§6.3 Multiple Realizability §6.3.1 Token versus Type Identity§6.4 Compositionality and Aggregativity §6.4.1 A Suggested Amendment to the Nonaggregativity Approach§6.5 Emergence as Non-Structural Properties §6.5.1 The Relation of Nonstructural Properties to Transformational Emergence §6.6 Properties and Objects 7. Scientific Topics Related to Emergence §7.0 An Example: Ferromagnetism §7.0.1 Basic Features of Ferromagnetism §7.0.2 The Status of Ferromagnetism as an Emergent Phenomenon §7.0.3 Models, Possibilities, and Actuality§7.1 Linearity, Nonlinearity, and Complexity Theory §7.1.1 Linearity §7.1.2 Complexity Theory§7.2 Dynamical Systems ReferencesIndex