THE EVOLUTION OF THE CONCEPTS OF SPACE AND TIME
Michael Bradie and Comer Duncan 
(Scanned) Third Preliminary Version: not for citation
Copyright 1982, 1995, 1997 Michael Bradie and Comer Duncan
Note that only those sections with links below are currently available.  As the term
proceeds we intend to make additional sections available.
TABLE OF CONTENTS 
 Chapter 2: Birth of Rational Cosmology  
I. Introduction 
 II. Basic Themes of the Greek Cosmologists 
 
 III. The Greek Cosmologists 
 IV. The Legacy of the Pre-Socratics 
I. Introduction 
 II. The Paradoxes of Motion 
III. Zeno's Paradox of Plurality 
 IV. The Significance of Zeno 
 I. Plato: Life and Times 
II. Being and Becoming: Permanence and Change 
III. Plato's Solution to the Problem of Permanence and Change 
 IV. Plato's Cosmology  
 V. The Nurse of Becoming  
 VI. The Moving Likeness of Eternity  
 VII. Conclusion: Plato's Significance 
I. Aristotle: Life and Times
 
II. Aristotle's Scientific Philosophy 
III. Aristotle on Place and Void IV. Aristotle on Time 
V. Conclusion: Aristotle's Significance 
I. Introduction 
II. The Decline of Greek Science 
III. The Renaissance in the West 
IV. The Development of the Concept of Space From Aristotle to Newton 
V. The Development of the Concept of Time From Aristotle to Newton 
I. Newton: His Life and Times 
II. The Newtonian System
 
III. Newtonian Space and Time 
IV. Newton's Arguments for the Existence of Absolute Space and Absolute Time 
I. Introduction 
II. Leibniz 
	A. Life and Times 
	B. Leibniz's Metaphysical System
 
	C. Leibniz's Relational Theory of Space and Time
 
	D.The Causal Theory of Time 
	E. Clarke's Criticisms of Leibniz's View
 
	F. The Characterization of Space and Time According to Leibniz
 
III. Berkeley 
	A.Life and Times 
	B. Berkeley's Critique of the Newtonian View of Space andTime 
IV. Ernst Mach 
	A. Life and Times
 
	B. Mach's Critique of Newton 
	
I. Introduction 
II. Aristotle Revisited 
III. Newtonian Space-Time 
	A. Galilean Space-Time 
	B. Adding Absolute Space 
 
I. Introduction 
II. The Finite Speed of Light
III. Wave or Particle 
IV. Electromagnetism and the Concept of a Field 
V.The Michelson-Morley Experiment
 
 
I. The Postulates 
II. Evidence for the Postulates
III. Conclusion 
I. Introduction
II. Galilean Simultaneity 
III. Time and Distance Measurements Using Light Clocks and Signals
 
IV. Definition of Relativistic Simultaneity V. The Relativity of Simultaneity 
VI. Time Dilation and Length Contraction 
I. Introduction
 
II. Incompatibility of the Postulates of Special Relativity and Galilean Space Time 
IV. The Lightcone Structure
V. Implications of the Lightcone Structure 
I. The Principle of Equivalence
 
II. The Move to the General Theory 
III. Summary 
I. Introduction 
II. Two Roads to the General Theory 
III.Geometrical Digression 
IV. Cartan's Road 
V. The Road from Minkowski Spacetime to the General Theory
VI. Einstein's Geometric Theory of Gravity 
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