Mathematics and the Real World

BOOK: Mathematics and the Real World
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Published 2014 by Prometheus Books

Mathematics and the Real World: The Remarkable Role of Evolution in the Making of Mathematics
. Copyright © 2014 by Zvi Artstein. All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, digital, electronic, mechanical, photocopying, recording, or otherwise, or conveyed via the Internet or a website without prior written permission of the publisher, except in the case of brief quotations embodied in critical articles and reviews.

Hakesher Hamatemati: Hamatematika shell Hateva, Hateva shell Hamatematika, ve-Hazika La-evolutzia

© Zvi Artstein / Books in the Attic / Yediot Books, 2014

10 Kehilat Venezia St., Tel Aviv, Israel 6143401

Prometheus Books recognizes the following registered trademarks mentioned within the text: IBM®, NBA®; and Philadelphia 76ers®.

Cover images: spiral © Yang MingQi/Media Bakery; numbers © Chen Ping-Hung/Media Bakery; drawing in the upper left by Leonardo da Vinci, folio 518 recto, from the Biblioteca Ambrosiana in Milan, Italy

Jacket design by Jacqueline Nasso Cooke

Translated from the original Hebrew by Alan Hercberg

Unless otherwise specified, all images are by the author

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The Library of Congress has cataloged the printed edition as follows:

Artstein, Zvi, 1943– author.

  [Hakesher hamatemati. English]

  Mathematics and the real world : the remarkable role of evolution in the making of mathematics / by Zvi Artstein ; translated from Hebrew by Alan Hercberg.

pages cm

Includes bibliographical references and index.

ISBN 978-1-61614-091-5 (hardback) — ISBN 978-1-61614-546-0 (ebook)

1. Mathematics—Philosophy. I. Title.

QC6.A6913 2014
510.9—dc23

2014013908

Printed in the United States of America

Preface

CHAPTER I. EVOLUTION, MATHEMATICS, AND THE EVOLUTION OF MATHEMATICS

  
1. Evolution

  
2. Mathematical Ability in the Animal World

  
3. Mathematical Ability in Humans

  
4. Mathematics That Yields Evolutionary Advantage

  
5. Mathematics with No Evolutionary Advantage

  
6. Mathematics in Early Civilizations

  
7. And Then Came the Greeks

  
8. What Motivated the Greeks?

CHAPTER II. MATHEMATICS AND THE GREEKS’ VIEW OF THE WORLD

  
9. The Origin of Basic Science: Asking Questions

10. The First Mathematical Models

11. Platonism versus Formalism

12. Models of the Heavenly Bodies

13. On the Greek Perception of Science

14. Models of the Heavenly Bodies (Cont.)

CHAPTER III. MATHEMATICS AND THE VIEW OF THE WORLD IN EARLY MODERN TIMES

15. The Sun Reverts to the Center

16. Giants’ Shoulders

17. Ellipses versus Circles

18. And Then Came Newton

19. Everything You Wanted to Know about Infinitesimal Calculus and Differential Equations

20. Newton's Laws

21. Purpose: The Principle of Least Action

22. The Wave Equation

23. On the Perception of Science in Modern Times

CHAPTER IV. MATHEMATICS AND THE MODERN VIEW OF THE WORLD

24. Electricity and Magnetism

25. And Then Came Maxwell

26. Discrepancy between Maxwell's Theory and Newton's Theory

27. The Geometry of the World

28. And Then Came Einstein

29. The Discovery of the Quantum State of Nature

30. The Wonder Equation

31. Groups of Particles

32. The Strings Return

33. Another Look at Platonism

34. The Scientific Method: Is There an Alternative?

CHAPTER V. THE MATHEMATICS OF RANDOMNESS

35. Evolution and Randomness in the Animal World

36. Probability and Gambling in Ancient Times

37. Pascal and Fermat

38. Rapid Development

39. The Mathematics of Predictions and Errors

40. The Mathematics of Learning from Experience

41. The Formalism of Probability

42. Intuition versus the Mathematics of Randomness

43. Intuition versus the Statistics of Randomness

CHAPTER VI. THE MATHEMATICS OF HUMAN BEHAVIOR

44. Macro-considerations

45. Stable Marriages

46. The Aggregation of Preferences and Voting Systems

47. The Mathematics of Confrontation

48. Expected Utility

49. Decisions in a State of Uncertainty

50. Evolutionary Rationality

CHAPTER VII. COMPUTATIONS AND COMPUTERS

51. Mathematics for Computations

52. From Tables to Computers

53. The Mathematics of Computations

54. Proofs with High Probability

55. Encoding

56. What Next?

CHAPTER VIII. IS THERE REALLY NO DOUBT?

57. Mathematics without Axioms

58. Rigorous Development without Geometry

59. Numbers as Sets, Logic as Sets

60. A Major Crisis

61. Another Major Crisis

CHAPTER IX. THE NATURE OF RESEARCH IN MATHEMATICS

62. How Does a Mathematician Think?

63. On Research in Mathematics

64. Pure Mathematics vis-à-vis Applied Mathematics

65. The Beauty, Efficiency, and Universality of Mathematics

CHAPTER X. WHY IS TEACHING AND LEARNING MATHEMATICS SO HARD?

66. Why Learn Mathematics?

67. Mathematical Thinking: There Is No Such Thing

68. A Teacher-Parent Meeting

69. A Logical Structure vis-à-vis a Structure for Teaching

70. What Is Hard in Teaching Mathematics?

71. The Many Facets of Mathematics

Afterword

Sources

Index of Names

Index of Subjects

There are many jokes about mathematicians. One of my favorites is about an engineer, an architect, and a mathematician who have been sentenced to be hanged. In the evening before the day set for the execution, the warden asks them for their last requests. The engineer asks to be allowed to present a new machine he has designed that can perform all household chores without any human intervention. The warden promises that the next day, before the hanging, he will have one hour in which to show his machine to the prison staff and his two fellow death-row inmates. The architect asks to be allowed to explain his new concept of residential accommodation, a modern house that keeps cool in the summer and warm in the winter, without expenditure on fuel. Again the warden promises that the next day, before the hanging, he will have one hour in which to present his idea to the prison staff and his two fellow death-row prisoners. The mathematician says that he has recently proved a mathematical theorem that will shake the foundations of mathematics, and he would like to reveal it in a lecture to an intelligent audience. The warden starts agreeing…and the engineer and the architect start shouting: “We want our execution to be brought forward to this evening!”

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