Philosophy of Science : An Historical Anthology

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Edition: 1st
Format: Paperback
Pub. Date: 2009-05-04
Publisher(s): Wiley
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Summary

Philosophers of science ask various questions regarding the structures and aims of scientific reasoning, whether as practiced or as they should be. Despite the status that these inquiries realized in the 20th century, they have long traditions. Scientists since antiquity have investigated, not just the natural order that is their primary subject matter, but also the nature of scientific inquiry itself. Philosophy of Science: An Historical Anthology represents primary source material from throughout this tradition, as well as extensive commentary reflecting upon those materials. By combining excerpts from key historical writings with insightful running commentary by experts, this distinctive new volume points out the common strands running through some 2,500 years of scientific and philosophical debate. Beginning with the Ancient Greeks, Part 1 begins by examining the roots of ancient and medieval philosophy of science before proceeding to the Scientific Revolution, with extensive coverage of scientists like Copernicus, Kepler, Galileo, and Newton as well as classic modern philosophers like Descartes, Hume, and Kant. Part 1 concludes with a generous survey of 19th and early 20th century philosophers and scientists such as Herschel, Lyell, Darwin, Peirce and Einstein. Part 2 covers the 20th-century philosophy of science, first laying out the foundations of logical positivism and the emergence of the "received view" and then tracing challenges to the received view and the impact of that downfall on issues in contemporary philosophy of science, such as confirmation and observation, methodology, and realism. Unmatched in breadth and depth, and offering extensive and accessible commentary, Philosophy of Science: An Historical Anthology is a comprehensive work that will take the reader on a grand tour of the philosophy of science from antiquity to the modern age.

Author Biography

Timothy McGrew is Professor and Chairman of the Department of Philosophy at Western Michigan University.

Marc Alspector-Kelly is Associate Professor of Philosophy at Western Michigan University.

Fritz Allhoff is Assistant Professor of Philosophy, Adjunct Assistant Professor at the Mallinson Institute for Science Education, and Director of the History and Philosophy of Science Workgroup at Western Michigan University.

Table of Contents

List of Figures
Notes on Editors
Personal Acknowledgments
Text Acknowledgments
Introduction
Unit 1 The Ancient and Medieval Periods
Atoms and Empty Space
Letter to Herodotus
The Paradoxes of Motion
PlatoÆs Cosmology
The Structure and Motion of the Heavenly Spheres
Change, Natures, and Causes
Scientific Inference and the Knowledge of Essential Natures
The Cosmos and the Shape and Size of the Earth
The Divisions of Nature and the Divisions of Knowledge
On Methods of Inference
The Explanatory Power of Atomism
The Earth: Its Size, Shape, and Immobility
The Weaknesses of Hypotheses
Projectile Motion
Free Fall
Against the Reality of Epicycles and Eccentrics
Impetus and its Applications
The Possibility of a Rotating Earth
Unit 2 The Scientific Revolution
The Nature and Grounds of the Copernican System
The Unsigned Letter
The Motion of the Earth
The New Star
A Man Ahead of His Time
On Arguments about a Moving Earth
Eight Minutes of Arc
Tradition and Experience
A Moving Earth Is More Probable Than the Alternative
The Ship and the Tower
The Copernican View Vindicated
The "Corpuscular" Philosophy
Successful Hypotheses and High Probability
Inductive Methodology
Space, Time, and the Elements of Physics
Four Rules of Reasoning
General Scholium
The System of the World
Unit 3 The Modern Period
The Inductive Method
Rules for the Discovery of Scientific Truth
Rationalism and Scientific Method
Human Knowledge: Its Scope and Limits
The Principle of Least Action
Space, Time, and Symmetry
The Problem of Induction
The Nature of Cause and Effect
The Metaphysical Foundations of Natural Science
Unit 4 Nineteenth and Early Twentieth Century
The Nature of Scientific Explanation
Determinism, Ignorance, and Probability
Hypotheses, Data, and Crucial Experiments
An Empiricist Account of Scientific Discovery
Against Pure Empiricism
The Causes Behind the Phenomena
Catastrophist Geology
Uniformitarian Geology
The Explanatory Scope of the Evolutionary Hypothesis
Induction as a Self-Correcting Process
The Nature of Abduction
The Role of Hypotheses in Physical Theory
Against Crucial Experiments
On the Method of Theoretical Physics
Introduction
Unit 5 Positivism and the Received View
Theory and Observation
Scientific Explanation
Empiricism, Semantics, and Ontology
The Pragmatic Vindication of Induction
Dissolving the Problem of Induction
Unit 6 After the Received View: Confirmation and Observation
Empiricist Criteria of Cognitive Significance: Problems and Changes
The Raven Paradox
Two Dogmas of Empiricism
The New Riddle of Induction
What Theories Are Not
On Observation
The Ontological Status of Theoretical Entities
Unit 7 After the Received View
Science: Conjectures and Refutations
The Structure of Scientific Revolutions
Science and Pseudoscience
Unit 8 After the Received View: Explanation
Counterexamples to the D-N and I-S Models of Explanation
The Statistical Relevance Model of Explanation
Why Ask, "Why"?
Explanatory Unification
Unit 9 After the Received View: The Realism Debate
The Current Status of Scientific Realism
A Confutation of Convergent Realism
Constructive Empiricism
The Natural Ontological Attitude
Table of Contents provided by Publisher. All Rights Reserved.

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