A Source Book in Medieval Science
Modern scholarship has exposed the intrinsic importance of medieval science and confirmed its role in preserving and transmitting Greek and Arabic achievements. This Source Book offers a rare opportunity to explore more than ten centuries of European scientific thought. In it are approximately 190 selections by about 85 authors, most of them from the Latin West. Nearly half of the selections appear here for the first time in any vernacular translation.

The readings, a number of them complete treatises, have been chosen to represent “science” in a medieval rather than a modern sense. Thus, insofar as they are relevant to medieval science, selections have been drawn from works on alchemy, astrology, logic, and theology. Most of the book, however, reflects medieval understanding of, and achievements in, the mathematical, physical, and biological sciences. Critical commentary and annotation accompany the selections. An appendix contains brief biographies of all authors.

This book will be an indispensable resource for students and scholars in the history of science.

1101464997
A Source Book in Medieval Science
Modern scholarship has exposed the intrinsic importance of medieval science and confirmed its role in preserving and transmitting Greek and Arabic achievements. This Source Book offers a rare opportunity to explore more than ten centuries of European scientific thought. In it are approximately 190 selections by about 85 authors, most of them from the Latin West. Nearly half of the selections appear here for the first time in any vernacular translation.

The readings, a number of them complete treatises, have been chosen to represent “science” in a medieval rather than a modern sense. Thus, insofar as they are relevant to medieval science, selections have been drawn from works on alchemy, astrology, logic, and theology. Most of the book, however, reflects medieval understanding of, and achievements in, the mathematical, physical, and biological sciences. Critical commentary and annotation accompany the selections. An appendix contains brief biographies of all authors.

This book will be an indispensable resource for students and scholars in the history of science.

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A Source Book in Medieval Science

A Source Book in Medieval Science

A Source Book in Medieval Science

A Source Book in Medieval Science

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Overview

Modern scholarship has exposed the intrinsic importance of medieval science and confirmed its role in preserving and transmitting Greek and Arabic achievements. This Source Book offers a rare opportunity to explore more than ten centuries of European scientific thought. In it are approximately 190 selections by about 85 authors, most of them from the Latin West. Nearly half of the selections appear here for the first time in any vernacular translation.

The readings, a number of them complete treatises, have been chosen to represent “science” in a medieval rather than a modern sense. Thus, insofar as they are relevant to medieval science, selections have been drawn from works on alchemy, astrology, logic, and theology. Most of the book, however, reflects medieval understanding of, and achievements in, the mathematical, physical, and biological sciences. Critical commentary and annotation accompany the selections. An appendix contains brief biographies of all authors.

This book will be an indispensable resource for students and scholars in the history of science.


Product Details

ISBN-13: 9780674823600
Publisher: Harvard University Press
Publication date: 01/01/1974
Series: Source Books in the History of the Sciences , #13
Edition description: Reissue
Pages: 884
Product dimensions: 7.00(w) x 10.00(h) x 1.80(d)

About the Author

Edward Grant is Professor of History of Science, Emeritus, at Indiana University, Bloomington.

Table of Contents

PART I: EARLY MIDDLE AGES

The Latin Encyclopedists

1. On the Quadrivium, or Four Mathematical Sciences

Isidore of Seville

2. On Arithmetic

Boethius

3. On the Universe and Its Parts

Isidore of Seville

4. On the Order of the Planets

Macrobius

5. On the Motion of Mercury and Venus Around the Sun

a. Chalcidius

b. Martianus Capella

6. On Ocean and Tides

Macrobius

PART II: LATER MIDDLE AGES

The Translation of Greek and Arabic Science into Latin

7. A List of Translations Made from Arabic into Latin in the Twelfth Century

Gerard of Cremona

8. A List of Translations Made from Greek into Latin in the Thirteenth Century

William of Moerbeke

The Reaction of the Universities and Theological Authorities to Aristotelian Science and Natural Philosophy

9. The Condemnation of Aristotle's Books on Natural Philosophy in 1210 at Paris

10. The Command to Expurgate Aristotle's Books on Natural Philosophy (1231)

11. The Natural Books of Aristotle in the Arts Curriculum at the University of Paris in 1255

12. Statute of the Faculty of Arts Drastically Curtailing the Discussion of Theological Questions (1272)

13. The Condemnation of 1277: A Selection of Articles Relevant to the History of Medieval Science

14. An Objection to Theological Restrictions in the Discussion of a Scientific Question

John Buridan

15. An Assessment of Buridan's Objections

Ludovicus (Luis) Coronel

Classification of the Sciences

Introduction

Edward Grant

16. Classification of the Sciences

Hugh of St. Victor

17. Classification of the Sciences

Domingo Gundisalvo

Logic

Introduction

John E. Murdoch

18. On Terms, "Suppositio," and Consequences

William of Ockham

Mathematics

19. On the Importance of Studying Mathematics

Roger Bacon

A. ARITHMETIC

20. Arabic Numerals and Arithmetic Operations in the Most Popular Algorism of the Middle Ages

John of Sacrobosco

21. Propositions from a Theoretical Arithmetic

Jordanus of Nemore

B. ALGEBRA

22. Six Types of Rhetorical Algebraic Equations

Al-Khwarizmi

23. Algebraic Propositions from the Treatise On Given Numbers

Jordanus of Nemore

C. NUMBER THEORY, PROBABILITY, AND INFINITE SERIES

24. Number Theory and Indeterminate Analysis

Leonardo of Pisa (Fibonacci)

25. A Proposition on Mathematical Probability

Nicole Oresme

26. Infinite Series

Nicole Oresme

D. PROPORTIONS

27. The Definitions of Book V of Euclid's Elements in a Thirteenth-Century Version, and Commentary

Campanus of Novara

28. An Algorism of Ratios: Manipulation of Rational Exponents

Nicole Oresme

29. Rational and Irrational Exponents Distinguished

Nicole Oresme

E. GEOMETRY

30. On the Division of Figures

Leonardo of Pisa (Fibonacci)

3l. Two Medieval Versions of Archimedes' Quadrature of the Circle

a. The Abbreviated Version of Pseudo-Bradwardine

b. The Question of Albert of Saxony on the Quadrature of the Circle

32. The Trisection of an Angle

a. Banu Musa

b. Jordanus of Nemore

33. Constructions from an Applied Geometry

Dominicus de Clavasio

F. TRIGONOMETRY

34. Trigonometry of the Sine

Richard of Wallingford

Typical Scientific Questions Based on Aristotle's Major Physical Treatises

Introduction

Edward Grant

35. Questions on the Eight Books of Aristotle's Physics

Albert of Saxony

36. Questions on the Four Books of Aristotle's On the Heavens (De caelo)

John Buridan

37. Questions on the Two Books of Aristotle's On Generation and Corruption

Albert of Saxony

38. Questions on The Four Books of Aristotle's Meteorologica

Themon, Son of the Jew

Physics

A. STATICS, OR "THE SCIENCE OF WEIGHTS"

Introduction

Edward Grant

39. On the Theory of Weight

Jordanus of Nemore

B. MOTION

40. What is Motion?

William of Ockham

C. KINEMATICS

41. The Reduction of Curvilinear Velocities to Uniform Rectilinear Velocities

Gerard of Brussels

42. Uniform and Nonuniform Motion and the Merton College Mean Speed Theorem

William of Heytesbury

43. The Configuration of Qualities and Motions, Including a Geometric Proof of the Mean Speed Theorem

Nicole Oresme

D. DYNAMICS

44. Does Finite and Temporal Motion Require a Resistant Medium? The Responses of Averroes and Avempace in Comment 71

a. The Text of Aristotle

b. Averroes' Expositio on the Text

45. The Mover or Cause in Natural Motion

Averroes

46. The Medieval Aristotelian Principle of Motion: "Whatever Is Moved Is Moved by Another"

St. Thomas Aquinas

47. External and Internal Resistances to Motion

Albert of Saxony

48. The Impetus Theory of Projectile Motion

John Buridan

49. On the Cause of Acceleration of Free-falling Bodies

John Buridan

50. In Opposition to Aristotle: Contrary Motions Can Be Continuous without an Intervening Moment of Rest

a. Marsilius of Inghen

b. Galileo Galilei

51. Mathematical Representations of Motion

a. Thomas Bradwardine: "Bradwardine's Function" and the Repudiation of Four Opposition Theories on Proportions of Motion

b. Nicole Oresme: Extended Application of "Bradwardine's Function"

E. ATOMISM

52. The Development and Criticism of Atomism in the Later Middle Ages

a. Thomas Bradwardine

b. Algazel

c. John Duns Scotus

d. Henry of Harclay and William of Alnwick

F. ON VACUUM

53. Nature Abhors a Vacuum

a. Albert of Saxony: A Natural Vacuum Denied

b. John Buridan: Experiments Demonstrating that Nature Abhors a Vacuum

c. Marsilius of Inghen: Experiments Demonstrating that Nature Abhors a Vacuum

d. Galileo Galilei: Experiments Demonstrating that Nature Abhors a Vacuum

54. Nature Does Not Abhor a Vacuum

Blaise Pascal

55. Motion in a Hypothetical Void

a. St. Thomas Aquinas: A Kinematic Argument for Finite Motion in a Hypothetical Void

b. Albert of Saxony: Dynamic Arguments Justifying Motion in a Hypothetical Void

c. Galileo Galilei: His Earliest Law of Motion and His Arguments for Finite Velocity in a Void

d. Thomas Bradwardine: Unequal Homogeneous Bodies Fall with Equal Velocity in a Vacuum

e. Albert of Saxony: Unequal Homogeneous Bodies Fall with Equal Velocity in a Vacuum

f. Galileo Galilei: Unequal Homogeneous Bodies Fall with Equal Velocity in a Vacuum

56. On Interstitial Vacua

a. Marsilius of Inghen: Explanation of Condensation and Rarefaction, and Denial of Interstitial Vacua

b. Nicholas of Autrecourt: The Existence of Interstitial Vacua Affirmed

c. Galileo Galilei: The Existence of Interstitial Vacua Affirmed

G. MEASUREMENT OF FORCES

57. On Maximum and Minimum Powers

John Buridan

H. MAGNETISM

58. An Encyclopedist's Description of the Magnet

Bartholomew the Englishman

59. The First Systematic Description in Europe of the Properties of the Lodestone

Peter Peregrinus

I. OPTICS

60. The Encyclopedic Tradition in Optics

a. Adelard of Bath: Natural Questions

b. Alexander Neckam: Concerning the Natures of Things

c. Bartholomew the Englishman: Concerning the Properties of Things

61. Robert Grosseteste and the Revival of Optics in the West

1. Robert Grosseteste: Concerning Lines, Angles, and Figures

2. Robert Grosseteste: On the Rainbow

62. Late Thirteenth-Century Synthesis in Optics

a. Roger Bacon: The Nature and Multiplication of Light or Species

b. John Pecham: The Nature and Multiplication of Light or Species

c. Roger Bacon: The Nature and Multiplication of Light or Species

d. Witelo: The Nature and Multiplication of Light or Species

e. Witelo: The Speed of Propagation of Light or Species

f. Roger Bacon: The Speed of Propagation of Light or Species

g. John Pecham: The Structure of the Eye

h. Alhazen: The Lens as the Sensitive Organ of the Eye

i. Roger Bacon: The Lens as the Sensitive Organ of the Eye

j. Witelo: The Lens as the Sensitive Organ of the Eye

k. Alhazen: The Act of Sight

l. Witelo: The Act of Sight

m. John Pecham: The Act of Sight

n. Alhazen: The Debate about Visual Rays

o. Roger Bacon: The Debate about Visual Rays

p. John Pecham: The Debate about Visual Rays

q. Witelo: The Debate about Visual Rays

r. Roger Bacon: Psychology of Visual Perception

s. John Pecham: The Geometry of Reflection

t. Witelo: A Problem of Image Formation by Reflection

u. Alhazen: Paraboloidal Burning Mirrors

v. Witelo: Paraboloidal Burning Mirrors

w. Alhazen: Causal Analysis of Reflection

x. Roger Bacon: Causal Analysis of Reflection

y. Witelo: Causal Analysis of Reflection

z. Alhazen: An Instrument for Investigating Refraction

aa. Roger Bacon: The Geometry of Refraction

bb. Witelo: The Geometry of Refraction

cc. John Pecham: Image Formation by Refraction

dd. Roger Bacon: Image Formation by Refraction

ee. John Pecham: The Burning Glass

ff. Roger Bacon: Causal Analysis of Refraction

gg. Witelo: Causal Analysis of Refraction

63. Late Medieval Optics

a. Henry of Hesse: Questions Concerning Perspective

b. Theodoric of Freiberg: On the Rainbow

Astronomy, Astrology, and Cosmology

A. THE ELEMENTS OF ASTRONOMY

64. The Two Most Popular Medieval Handbooks of the Elements of Astronomy

a. John of Sacrobosco: On the Sphere

b. Anonymous: The Theory of the Planets

65. Extracts from the Alfonsine Tables and Rules for Their Use

John of Saxony

B. ASTROLOGY

66. An Attack upon Astrology

Nicole Oresme

C. COSMOLOGY

67. On the Possible Diurnal Rotation of the Earth

a. Introduction

Edward Grant

b. Ptolemy: The Immobility of the Earth in the Center of the World

c. St. Thomas Aquinas: The Immobility of the Earth in the Center of the World

d. St. Thomas Aquinas: Heraclides of Pontus and Aristarchus Mentioned as Proponents of the Earth's Diurnal Rotation

e. John Buridan: The Compatibility of the Earth's Diurnal Rotation with Astronomical Phenomena

f. Nicole Oresme: The Compatibility of the Earth's Diurnal Rotation with Astronomical Phenomena and Terrestrial Physics

g. Nicolaus Copernicus: The Compatability of the Earth's Diurnal Rotation with Astronomical Phenomena and Terrestrial Physics

68. On Saving the Phenomena and the Reality or Unreality of Epicycles and Eccentrics

a. Moses Maimonides: The Reality of Epicycles and Eccentrics Denied

b. Bernard of Verdun: The Reality of Epicycles and Eccentrics Affirmed

c. John Buridan: An Intermediate Position—Epicycles Denied, Eccentrics Affirmed

69. On the Commensurability or Incommensurability of Celestial Motions

Nicole Oresme

70. On Comets

Albertus Magnus

71. The Possibility of a Plurality of Worlds

Nicole Oresme

72. On the Existence of an Imaginary Infinite Void Space Beyond the Finite Cosmos

a. Hermes Trismegistus to Asclepius: Void Beyond the Cosmos Lacks Matter but Not Spirit

73. On a God-filled Extramundane Infinite Void Space

a. Thomas Bradwardine

b. Nicole Oresme

c. Jesuit Commentators at the College of Coimbra, Portugal

d. Otto von Guericke

Alchemy and Chemistry

74. On the Formation of Minerals and Metals and the Impossibility of Alchemy

Avicenna

75. Twenty-six Arguments against Alchemy and the Responses Thereto

Petrus Bonus

76. A Description of Alchemical Operations, Procedures, and Materials

Albertus Magnus

77. How Elements Persist in a Compound

a. St. Thomas Aquinas

b. Albert of Saxony

Geology, Geography, and Oceanography

A. GEOLOGY

78. On the Formation of Stones and Mountains

Avicenna

79. On the Motion of the Earth's Center of Gravity and the Formation of Mountains

John Buridan

80. On the Material, Hardness, and Fissility of Stones

Albertus Magnus

B. GEOGRAPHY

81. The Image or Representation of the World (Ymago Mundi)

Pierre d'Ailly, with the Marginal Comments of Christopher Columbus

C. OCEANOGRAPHY

82. On the Causes of the Tides

Robert Grosseteste

Biology

A. ZOOLOGY

83. Descriptions of Animals from a Twelfth-Century Bestiary

84. An Attempt at a Scientific Description of Animals

Albertus Magnus

85. On the Structure and Habits of Birds

Frederick II of Hohenstaufen

86. Philosophical and Theoretical Zoology

Albertus Magnus

B. BOTANY

87. Philosophical and Theoretical Botany

Albertus Magnus

88. An Illustration of Descriptive Botany: The Oak Tree

Albertus Magnus

Medicine

A. THEORY

89. Early Medieval Medicine

Isidore of Seville

B. PHYSIOLOGY

90. The Galenic System

Joannitius (Hunain ibn Ishaq)

91. Canon

Avicenna

C. SCIENTIFIC METHOD

92. Commentaries on Galen's Tegni

Jacopo da Forli and Haly Rodohan

D. ANATOMY

93. On Anatomy

Isidore of Seville

94. Anatomical Demonstration at Salerno: The Anatomy of the Pig

Anonymous

95. A Scholastic Anatomy: The Anatomy of Master Nicholas

Master Nicholas (?)

96. Anatomy Based on Human Dissection: The Anatomy of Mundinus

Mondino de' Luzzi

97. A Fifteenth-Century Autopsy

Bernard Tornius

E. PRACTICE

98. General Instructions for the Practitioner

Archimatthaeus

F. METHODS OF DIAGNOSIS

99. Interpretation of the Pulse

Anonymous

100. Interpretation of the Urine

a. Giles of Corbeil

b. Arnald of Villanova

101. Interpretation of Particular Symptoms

a. Gilbert the Englishman: The Symptoms of Leprosy

b. Jordan of Turre (?): The Symptoms of Lepers

c. John of Mirfeld: Danger Symptoms

G. A METHOD OF MEDICAL PRACTICE

102. A Consilium

Ugo Benzi

H. TREATMENT OF PARTICULAR AILMENTS

103. Gynecology

Trotula

104. How to Combat Spells Preventing Intercourse

Constantine the African

105. Diseases of the Skin

Theodoric, Bishop of Cervia

106. Smallpox

John Gaddesden

107. Bubonic Plague

Guy de Chauliac

I. TOOLS EMPLOYED IN TREATMENT

108. Diet and Regimen

Regimen Sanitatis Salernitanum

109. Drugs: Simple Medicines

a. Rufinus: Simple Medicines

b. Taddeo Alderotti: The Preparation and Medicinal Use of Alcohol

110. Drugs: Compound Medicines

a. Matthaeus Platearius: The Rationalization of Pharmacy

b. Antidotarium Nicolai: Traditional Empirical Pharmacy

c. Bernard of Gordon: Mathematical Pharmacy

J. SURGERY

111. History of Surgery

Guy de Chauliac

112. Salernitan Surgery

Roger of Salerno

113. Definition and Objectives of Surgery

Theodoric, Bishop of Cervia

114. Bloodletting

Lanfranc

115. The Treatment of Wounds

a. Theodoric, Bishop of Cervia

b. Henry of Mondevile

c. Guy de Chauliac

116. Plastic Surgery

Heinrich von Pfolspeundt

BRIEF AUTHOR BIOGRAPHIES

INDEX

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