What makes space and time exist?

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"The Existence of Space and Time" by Ian Hinckfuss offers a clear and concise exploration of the philosophy of physics, particularly focusing on the concepts of space and time, and includes discussions on relativity. The book is based on lectures, making it accessible and engaging, with well-organized bibliographies at the end of each chapter. It serves as an excellent primer for readers preparing to tackle more complex works like Max Jammer's "Concepts of Space" and Reichenbach's "Philosophy of Space and Time." The first chapter's subsection "What is space?" is highlighted as particularly insightful. Overall, this book is regarded as a valuable yet underappreciated resource in the field.
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I just read an amazing book called "The Existence of Space and Time" by Ian Hinckfuss (Oxford Press, 1975). Philosophy of physics behind space and time. It is also somewhat covertly about relativity. Very short, very readable (based on lectures given), super clear. It also has very nice bibliographies at the end of each chapter. If you are about to jump into Max Jammer's "Concepts of Space" and/or Reichenbach's "Philosophy of Space and Time" this would be a good primer.

Maybe this isn't much of a review but I just felt like this is a lost gem. In particular the very first subsection in the first chapter "What is space?" poses the issue most admirably.
 
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Thanks! Could you please post the Table of Contents.
 
Sure. I'm also going to search ISIS for this when I get back to the campus library.
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list of figures
Introduction

1. Space - Relational or Absolute? (pg3-13)
1.1 What is space?
1.2 Relational theories of space
1.3 Absolute theories of space
1.4 What is reduction?
1.5 Sources and historical notes for chapter 1

2. The properties of space (pg13-32)
2.1 Introduction
2.2 The conductivity of space
2.3 The permittivity of empty space
2.4 The magnetic permeability of empty space
2.5 The speed of electromagnetic radiation in empty space
2.6 Kinematic properties of space
2.7 Dynamic properties of space
2.8 Sources and historical notes for chapter 2

3. Space and Geometry (pg32-63)
3.1 Geometrical properties of space
3.2 Topological properties of space
3.3 The dimensionality of space
3.4 Space as physically possible types of events
3.5 Points and pointing systems
3.6 Amounts of space
3.7 The nocturnal expansion problem
3.8 Sources and historical notes for chapter 3

4. Time, Space, and Space-Time (pg63-84)
4.1 Similarities and dissimilarities between time and space
4.2 Measurement of time, and the frozen universe problem
4.3 Questions of temporal topology
4.4 More differences between space and time
4.5 Sources and historical notes for chapter 4

5. Existence and the present (84-117)
5.1 Words and concepts
5.2 The debate on tense elimination
5.3 Events, tense, and existence
5.4 Moore's problem and The Present
5.5 Simultaneity, the Theory of the Present, and Maxwell's theory of electromagnetic radiation
5.6 Einstein's operational definition of simultaneity
5.7 Experimental confirmation of Maxwell's theory of electromagnetic radiation
5.8 Sources and notes for chapter 5

6. Temporal Asymmetry (117-140)
6.1 Introduction
6.2 Causes and effects
6.3 Knowledge and decision
6.4 Does the 2nd law of thermodynamics display a temporal asymmetry?
6.5 Local and accidental asymmetries within time
6.6 Sources and bibliography for chapter 6

Conclusion: The existence of space and time: The nature of the relationalist programme

Selected bibliography
index
 
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I've gone through the Standard turbulence textbooks such as Pope's Turbulent Flows and Wilcox' Turbulent modelling for CFD which mostly Covers RANS and the closure models. I want to jump more into DNS but most of the work i've been able to come across is too "practical" and not much explanation of the theory behind it. I wonder if there is a book that takes a theoretical approach to Turbulence starting from the full Navier Stokes Equations and developing from there, instead of jumping from...
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